The renderer is the main class for rendering. It owns all data which is used any time in any frame. For per frame data take a look at. More...

#include <Renderer.h>

Collaboration diagram for Engine::Rendering::Renderer:

Classes
struct	MeshConstants
	A texture index push constant. More...
struct	TaskConstants
	Used to tell the pipeline which objects are shaded with which shader. More...
struct	TonemapPushConstants

Public Member Functions
	Renderer (Core::ApplicationContext context=nullptr, Headset headset=nullptr, const EngineKern *engine=nullptr)
	Constructor.
	~Renderer ()
	cleans up the object
void	allocateDescriptors ()
	allocates the first batch of mesh data to the shaders
void	initializeGpuBuffers () const
void	prepareTransferSubmission (uint32_t frameIndex) const
void	updateViewMatrix () const
	Requests an update of the current render processes view matrix. The matrix is pulled from the headset.
void	createVertexShaderPathResources ()
void	updateCpuRenderResources (float time)
	Creates the complete pipeline for the meshlet unpacker. This should only be called after the buffer has been created which it will be dispatching to, such as the meshlet unpacking resources.
void	restartRenderCommandBuffers () const
	Resets the command buffers of the active frame and begins a new write.
void	recordTonemapToSwapchain (uint32_t swapChainImageIndex) const
void	recordRenderPass (size_t swapChainImageIndex)
	Records the main render pass using dynamic rendering.
const std::unique_ptr< Core::RenderingDataManager > &	getRenderingDataManager () const
	Getter for the rendering data manager.
const std::unique_ptr< BufferManager > &	getBufferManager () const
	Getter for the buffer manager of the renderer.
const std::unique_ptr< ComputePassManager > &	getComputePassManager () const
bool	ensureOutputBufferSizes (uint32_t primitive_count) const
	Calculates buffer sizes based on primitive count.
const Vulkan::Buffer &	getObjectCullingDataBuffer () const
const Vulkan::Buffer &	getObjectMeshletDataBuffer () const
const Vulkan::Buffer &	getObjectIDsBuffer () const
const Vulkan::Buffer &	getCounterBuffer () const
const Vulkan::Buffer &	getDispatchBuffer () const
const Vulkan::Buffer &	getMeshUnpackingDataBuffer () const
const Vulkan::Buffer &	getPlaceholderBuffer () const
const Vulkan::Buffer &	getPlaceholderUniformBuffer () const
VkDependencyInfo	getObjectCullingToMeshletUnpackingDispatchBarriers (Vulkan::BarrierBundle &bundle) const
VkDependencyInfo	getMeshletUnpackingDispatchToMeshletUnpackingBarriers (Vulkan::BarrierBundle &bundle) const
VkDependencyInfo	getMeshletUnpackingToMeshletCullingDispatchBarriers (Vulkan::BarrierBundle &bundle) const
VkDependencyInfo	getMeshletCullingDispatchToMeshletCullingBarriers () const
VkDependencyInfo	getMeshletCullingToPrepareDrawBarriers () const
void	resetMeshletUnpackingDispatchBuffers ()
void	resetMeshletCullingDispatchBuffers () const
void	renderToXr (size_t swapChainImageIndex, float time)
void	recordTransfer (float time)
void	submitInitialTransfers ()
void	uploadFrameData (float time)
void	submitTransfer () const
void	waitForPreviousFrame () const
	Waits for the previous frame's transfer to complete before writing to GPU buffers. Must be called BEFORE updateIfDirty() to prevent race conditions where the GPU is still reading from buffers while the CPU writes new data.
void	submitGraphics (uint32_t swapChainImageIndex, VkSemaphore mirrorAcquireSemaphore=VK_NULL_HANDLE) const
uint64_t	getTimelineSemaphoreValue () const
VkCommandBuffer	getCurrentTransferCommandBuffer () const
	Gets the current frame in flight and retrieves the transfer command buffer.
VkCommandBuffer	getCurrentRenderingCommandBuffer () const
VkSemaphore	getCurrentMirrorViewSemaphore () const
VkSemaphore	getCurrentPresentableSemaphore (uint32_t swapchainImageIndex) const
std::vector< VkCommandBuffer >	getGraphicsCommandBuffers () const
	Gets all graphics command buffers from all owned render processes.
std::vector< VkCommandBuffer >	getTransferCommandBuffers () const
const std::vector< RenderProcess * > &	getRenderProcesses () const
	Gets all render processes for cleanup/synchronization.
VkCommandPool	getGraphicsCommandPool () const
	gets the graphics command pool
VkCommandPool	getTransferCommandPool () const
	gets the command pool used for recording data transfer at the beginning of a frame
void	cleanup ()
	Cleans up all resources of the renderer.
RenderProcess *	getCurrentRenderProcess () const
	Gets the render process of the current frame.
void	advanceFrameIndices ()
	advances the frame indices for the next frame in flight
void	syncTimelineAfterPause ()
	Synchronizes the frame counter with the timeline semaphore after pausing.
bool	shouldSkipMirrorView ()
	Checks if mirror view should be skipped this frame.
void	markFrameStart ()
	Marks the start of a new frame for stall detection. Call this at the beginning of each render frame.
void	resetFrameTimer ()
	Resets the frame timer to prevent false stall detection. Call after long blocking operations (e.g. vkDeviceWaitIdle during state transitions) so that the next markFrameStart() doesn't see the blocking time as a stall.
int64_t	getFrameElapsedMs () const
	Gets the elapsed time since markFrameStart() was called. Used to check if the current frame has taken too long.
bool	isInStallRecovery () const
	Checks if we're currently in stall recovery mode. During stall recovery, extra GPU synchronization should be performed.
VkSemaphore	getTimelineSemaphore () const
	Getter for the main timeline renderer semaphore.
const std::vector< GraphicsPipeline * > &	getGraphicsPipelines () const
	Gets the list of all graphics pipelines.
Headset *	getHeadset () const
	Gets the headset pointer.
const ImageBasedLightingResources &	getIBLResources () const
const SunShadowResources &	getSunShadowResources () const
const SunShadowResources &	getDynamicSunShadowResources () const
void	setFreezeCulling (bool freeze)
	Freezes culling data (frustum planes, view-projection)
bool	isFreezeCulling () const
	Checks if culling data is currently frozen.
void	setVertexShaderOnlyMode (bool enabled)
bool	isVertexShaderOnlyMode () const
void	setParallelLodSelection (bool enabled) const
void	setVSInstancedDrawing (bool enabled)
void	setSkipMeshShaderDraw (bool skip)
void	setSkipVertexShaderDraw (bool skip)
void	setSunShadowCasterDebugView (bool enabled)
void	registerWindTrailEmitter (std::shared_ptr< Entities::SceneNode > node)
void	unregisterWindTrailEmitter ()
void	setTracyContextManager (Debug::Tracy::TracyVkContextManager *manager)
const TimelineSynchronizer &	getTimelineSynchronizer () const
	Gets the timeline synchronizer for managing frame synchronization.
bool	getPipelineIndex (GraphicsPipeline *pipeline, uint32_t &pipelineIndex) const
	Gets the index of a pipeline.
bool	getPipelineIndex (PipelineNames pipelineName, uint32_t &pipelineIndex) const
	Gets the pipeline index for a given PipelineNames enum.

Static Public Member Functions
static PipelineConfig	getPipelineConfig (PipelineNames pipelineName)
	Gets the static configuration for a given pipeline type Returns shader paths and pipeline data for the given PipelineNames enum.

Private Member Functions
void	getCurrentTracyVkContext () const
void	getCurrentTracyTransferVkContext () const
void	initializeFrameIndices ()
void	initializeXrSwapchainFormats () const
int	findExistingPipeline (const std::string &meshShader, const std::string &fragShader, const PipelineMaterialPayload &pipelineData) const
	Searches for the first existing pipeline which has the same vertex and fragment shader.
void	createVertexShaderPipelineResources ()
void	recordVertexShaderDraws (size_t swapChainImageIndex) const
void	createVSInstancedDrawingResources ()
void	recordVSInstancedDrawingPipeline () const
void	recordParallelLodSelectionPipeline () const
void	resetVisibilityBuffers (VkCommandBuffer commandBuffer) const
void	recordVisibilityComputeToGraphicsBarriers (VkCommandBuffer commandBuffer) const
void	createImageBasedLightingResources ()
void	createSunShadowResources ()
void	createSunShadowPipelines ()
void	updateSunShadowCascades ()
void	recordSunShadowPass ()
void	recordSunShadowVisibilityPipeline (uint32_t cascadeIndex) const
void	recordSunShadowPipelineDraws (VkCommandBuffer commandBuffer, PipelineNames pipelineName, VkPipeline shadowPipeline, uint32_t cascadeIndex)
void	recordSunShadowVertexShaderDraws (VkCommandBuffer commandBuffer, uint32_t cascadeIndex, bool staticCastersOnly, bool dynamicCastersOnly) const
VkPipeline	getSunShadowPipelineForCaster (PipelineNames pipelineName) const
VkPipeline	getVSSunShadowPipelineForCaster (PipelineNames pipelineName) const
void	createDebugLinePipeline ()
void	recordDebugLineDraws (VkCommandBuffer commandBuffer) const
void	createSkyGradientPipeline ()
void	recordSkyGradientDraw (VkCommandBuffer commandBuffer)
void	createTonemapResources ()

Private Attributes
std::unique_ptr< Core::RenderingDataManager >	renderingDataManager_
std::unique_ptr< BufferManager >	bufferManager_
std::unique_ptr< ComputePassManager >	computePassManager_
Debug::Tracy::TracyVkContextManager *	tracyContextManager_ = nullptr
std::unique_ptr< TimelineSynchronizer >	timelineSynchronizer_
uint64_t	renderedFrameCounter_ = 0u
int	skipMirrorFramesRemaining_ = 0
std::chrono::steady_clock::time_point	lastFrameStartTime_ = std::chrono::steady_clock::now()
	Time when the last frame started, for stall detection.
std::vector< Vulkan::StagedBufferSyncObjects >	syncCopyObjects_ {}
std::unordered_map< GraphicsPipeline *, uint32_t >	pipelineIndices_
std::unordered_map< PipelineNames, GraphicsPipeline * >	pipelinesByName_
std::unordered_map< PipelineNames, uint32_t >	vsPipelineNameToIndex_
const EngineKern *	engine_ = nullptr
VkCommandPool	vkGraphicsCommandPool_ = VK_NULL_HANDLE
	The graphics and present command pool.
VkCommandPool	vkTransferCommandPool_ = VK_NULL_HANDLE
	The transfer command pool for all commands submitted to the transfer queue.
VkDescriptorPool	descriptorPool_ = VK_NULL_HANDLE
	The descriptor pool for all descriptors of the renderer.
std::vector< VkPipeline >	vsGraphicsPipelines_
VkPipelineLayout	vsPipelineLayout_ = VK_NULL_HANDLE
bool	useVertexShaderPath_ = true
bool	vertexShaderOnlyMode_ = false
bool	useVSInstancedDrawing_ = true
ImageBasedLightingResources	iblResources_
VkDescriptorPool	iblDescriptorPool_ = VK_NULL_HANDLE
VkDescriptorSet	brdfLutDescriptorSet_ = VK_NULL_HANDLE
SunShadowResources	sunShadowResources_
SunShadowResources	dynamicSunShadowResources_
SunShadowCascadeBuffer	staticSunShadowCascadeData_ {}
bool	staticSunShadowCacheValid_ = false
VkPipeline	sunShadowOpaquePipeline_ = VK_NULL_HANDLE
VkPipeline	sunShadowMovableAlphaPipeline_ = VK_NULL_HANDLE
VkPipeline	sunShadowStaticAlphaPipeline_ = VK_NULL_HANDLE
VkPipeline	vsSunShadowOpaquePipeline_ = VK_NULL_HANDLE
VkPipeline	vsSunShadowMovableAlphaPipeline_ = VK_NULL_HANDLE
VkPipeline	vsSunShadowStaticAlphaPipeline_ = VK_NULL_HANDLE
VkPipeline	debugLinePipeline_ = VK_NULL_HANDLE
VkPipeline	debugLineOverlayPipeline_ = VK_NULL_HANDLE
VkPipeline	skyGradientPipeline_ = VK_NULL_HANDLE
VkPipelineLayout	skyGradientPipelineLayout_ = VK_NULL_HANDLE
VkDescriptorSetLayout	tonemapDescriptorSetLayout_ = VK_NULL_HANDLE
VkDescriptorSet	tonemapDescriptorSet_ = VK_NULL_HANDLE
VkPipelineLayout	tonemapPipelineLayout_ = VK_NULL_HANDLE
VkPipeline	tonemapPipeline_ = VK_NULL_HANDLE
ParticleSystem *	particleSystem_ = nullptr
std::weak_ptr< Entities::SceneNode >	windTrailEmitterNode_
float	lastRenderTime_ = 0.0f
bool	freezeCulling_ = false
	When true, culling data (frustum planes) is frozen for debugging.
bool	skipMeshShaderDraw_ = false
bool	skipVertexShaderDraw_ = false
bool	sunShadowCasterDebugView_ = false
VkDescriptorSetLayout	graphicsDescriptorSetLayout = VK_NULL_HANDLE
std::vector< VkPushConstantRange >	pushConstants
VkPipelineLayout	computeObjectCullingPipelineLayout = VK_NULL_HANDLE
	The pipeline layout.
VkPipelineLayout	computeMeshletCullingPipelineLayout = VK_NULL_HANDLE
VkPipelineLayout	prepareDrawsComputePipelineLayout = VK_NULL_HANDLE
VkPipelineLayout	graphicsPipelineLayout = VK_NULL_HANDLE
std::vector< RenderProcess * >	renderProcesses
	The render processes.
std::vector< GraphicsPipeline * >	graphicsPipelines
	The pipelines.
uint32_t	currentFrame = 0u
Core::ApplicationContext *	context_ = nullptr
Headset *	headset_ = nullptr
uint64_t	frameCounter = 0u
std::vector< VkSemaphore >	renderFinishedSemaphores

Static Private Attributes
static constexpr int	SKIP_FRAMES_AFTER_STALL = 4
	Number of frames to skip after detecting a stall (covers all swapchain images)
static constexpr std::chrono::milliseconds	STALL_THRESHOLD_MS {1000}
	Threshold for considering a frame as "stalled" (1 second)

Detailed Description

The renderer is the main class for rendering. It owns all data which is used any time in any frame. For per frame data take a look at.

Data stored in this class:

RenderProcess.

Definition at line 70 of file Renderer.h.

Constructor & Destructor Documentation

◆ Renderer()

Engine::Rendering::Renderer::Renderer	(	Core::ApplicationContext *	context = nullptr,
		Headset *	headset = nullptr,
		const EngineKern *	engine = nullptr )

explicit

Constructor.

Parameters

context	The application context.
headset	The headset.
engine	pointer to the engine

◆ ~Renderer()

Engine::Rendering::Renderer::~Renderer ( )

cleans up the object

Member Function Documentation

◆ advanceFrameIndices()

void Engine::Rendering::Renderer::advanceFrameIndices ( )

advances the frame indices for the next frame in flight

◆ allocateDescriptors()

void Engine::Rendering::Renderer::allocateDescriptors ( )

allocates the first batch of mesh data to the shaders

Exceptions

std::runtime_error() Thrown when functions dont resolve

◆ cleanup()

void Engine::Rendering::Renderer::cleanup ( )

Cleans up all resources of the renderer.

◆ createDebugLinePipeline()

void Engine::Rendering::Renderer::createDebugLinePipeline ( )

private

◆ createImageBasedLightingResources()

void Engine::Rendering::Renderer::createImageBasedLightingResources ( )

private

◆ createSkyGradientPipeline()

void Engine::Rendering::Renderer::createSkyGradientPipeline ( )

private

◆ createSunShadowPipelines()

void Engine::Rendering::Renderer::createSunShadowPipelines ( )

private

◆ createSunShadowResources()

void Engine::Rendering::Renderer::createSunShadowResources ( )

private

◆ createTonemapResources()

void Engine::Rendering::Renderer::createTonemapResources ( )

private

◆ createVertexShaderPathResources()

void Engine::Rendering::Renderer::createVertexShaderPathResources ( )

◆ createVertexShaderPipelineResources()

void Engine::Rendering::Renderer::createVertexShaderPipelineResources ( )

private

◆ createVSInstancedDrawingResources()

void Engine::Rendering::Renderer::createVSInstancedDrawingResources ( )

private

◆ ensureOutputBufferSizes()

bool Engine::Rendering::Renderer::ensureOutputBufferSizes ( uint32_t primitive_count ) const

Calculates buffer sizes based on primitive count.

Parameters

primitive_count number of primitives in the scene

◆ findExistingPipeline()

int Engine::Rendering::Renderer::findExistingPipeline	(	const std::string &	meshShader,
		const std::string &	fragShader,
		const PipelineMaterialPayload &	pipelineData ) const

private

Searches for the first existing pipeline which has the same vertex and fragment shader.

Parameters

meshShader	The vertex shader.
fragShader	The fragment shader.
pipelineData	Information describing the pipeline.

Returns: The found existing pipeline.

◆ getBufferManager()

const std::unique_ptr< BufferManager > & Engine::Rendering::Renderer::getBufferManager ( ) const

Getter for the buffer manager of the renderer.

◆ getComputePassManager()

const std::unique_ptr< ComputePassManager > & Engine::Rendering::Renderer::getComputePassManager ( ) const

◆ getCounterBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getCounterBuffer ( ) const

nodiscard

◆ getCurrentMirrorViewSemaphore()

VkSemaphore Engine::Rendering::Renderer::getCurrentMirrorViewSemaphore ( ) const

nodiscard

◆ getCurrentPresentableSemaphore()

VkSemaphore Engine::Rendering::Renderer::getCurrentPresentableSemaphore ( uint32_t swapchainImageIndex ) const

nodiscard

◆ getCurrentRenderingCommandBuffer()

VkCommandBuffer Engine::Rendering::Renderer::getCurrentRenderingCommandBuffer ( ) const

nodiscard

◆ getCurrentRenderProcess()

RenderProcess * Engine::Rendering::Renderer::getCurrentRenderProcess ( ) const

Gets the render process of the current frame.

Returns: the current render process

◆ getCurrentTracyTransferVkContext()

void Engine::Rendering::Renderer::getCurrentTracyTransferVkContext ( ) const

inlineprivate

Definition at line 440 of file Renderer.h.

◆ getCurrentTracyVkContext()

void Engine::Rendering::Renderer::getCurrentTracyVkContext ( ) const

inlineprivate

Definition at line 439 of file Renderer.h.

◆ getCurrentTransferCommandBuffer()

VkCommandBuffer Engine::Rendering::Renderer::getCurrentTransferCommandBuffer ( ) const

nodiscard

Gets the current frame in flight and retrieves the transfer command buffer.

Returns: the transfer command buffer of the current frame in flight

◆ getDispatchBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getDispatchBuffer ( ) const

nodiscard

◆ getDynamicSunShadowResources()

const SunShadowResources & Engine::Rendering::Renderer::getDynamicSunShadowResources ( ) const

inlinenodiscard

Definition at line 365 of file Renderer.h.

References dynamicSunShadowResources_.

◆ getFrameElapsedMs()

int64_t Engine::Rendering::Renderer::getFrameElapsedMs ( ) const

nodiscard

Gets the elapsed time since markFrameStart() was called. Used to check if the current frame has taken too long.

Returns: Elapsed milliseconds since frame start

◆ getGraphicsCommandBuffers()

std::vector< VkCommandBuffer > Engine::Rendering::Renderer::getGraphicsCommandBuffers ( ) const

Gets all graphics command buffers from all owned render processes.

Returns: a list of all graphics command buffers

◆ getGraphicsCommandPool()

VkCommandPool Engine::Rendering::Renderer::getGraphicsCommandPool ( ) const

nodiscard

gets the graphics command pool

Returns: command pool

◆ getGraphicsPipelines()

const std::vector< GraphicsPipeline * > & Engine::Rendering::Renderer::getGraphicsPipelines ( ) const

Gets the list of all graphics pipelines.

Returns: list of graphics pipelines

◆ getHeadset()

Headset * Engine::Rendering::Renderer::getHeadset ( ) const

inlinenodiscard

Gets the headset pointer.

Returns: Pointer to the headset

Definition at line 361 of file Renderer.h.

References headset_.

◆ getIBLResources()

const ImageBasedLightingResources & Engine::Rendering::Renderer::getIBLResources ( ) const

inlinenodiscard

Definition at line 363 of file Renderer.h.

References iblResources_.

◆ getMeshletCullingDispatchToMeshletCullingBarriers()

VkDependencyInfo Engine::Rendering::Renderer::getMeshletCullingDispatchToMeshletCullingBarriers ( ) const

◆ getMeshletCullingToPrepareDrawBarriers()

VkDependencyInfo Engine::Rendering::Renderer::getMeshletCullingToPrepareDrawBarriers ( ) const

◆ getMeshletUnpackingDispatchToMeshletUnpackingBarriers()

VkDependencyInfo Engine::Rendering::Renderer::getMeshletUnpackingDispatchToMeshletUnpackingBarriers ( Vulkan::BarrierBundle & bundle ) const

◆ getMeshletUnpackingToMeshletCullingDispatchBarriers()

VkDependencyInfo Engine::Rendering::Renderer::getMeshletUnpackingToMeshletCullingDispatchBarriers ( Vulkan::BarrierBundle & bundle ) const

◆ getMeshUnpackingDataBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getMeshUnpackingDataBuffer ( ) const

nodiscard

◆ getObjectCullingDataBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getObjectCullingDataBuffer ( ) const

nodiscard

◆ getObjectCullingToMeshletUnpackingDispatchBarriers()

VkDependencyInfo Engine::Rendering::Renderer::getObjectCullingToMeshletUnpackingDispatchBarriers ( Vulkan::BarrierBundle & bundle ) const

◆ getObjectIDsBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getObjectIDsBuffer ( ) const

nodiscard

◆ getObjectMeshletDataBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getObjectMeshletDataBuffer ( ) const

nodiscard

◆ getPipelineConfig()

PipelineConfig Engine::Rendering::Renderer::getPipelineConfig ( PipelineNames pipelineName )

static

Gets the static configuration for a given pipeline type Returns shader paths and pipeline data for the given PipelineNames enum.

Parameters

pipelineName The pipeline type enum

Returns: The static configuration for this pipeline

◆ getPipelineIndex() [1/2]

bool Engine::Rendering::Renderer::getPipelineIndex	(	GraphicsPipeline *	pipeline,
		uint32_t &	pipelineIndex ) const

Gets the index of a pipeline.

Parameters

pipeline	The pipeline to get the index from
pipelineIndex	the index or if the pipeline does not exist value stays unchanged!

Returns: Whether the pipeline exists or not

◆ getPipelineIndex() [2/2]

bool Engine::Rendering::Renderer::getPipelineIndex	(	PipelineNames	pipelineName,
		uint32_t &	pipelineIndex ) const

Gets the pipeline index for a given PipelineNames enum.

Parameters

pipelineName	The pipeline type enum
pipelineIndex	the index or if the pipeline does not exist value stays unchanged!

Returns: Whether the pipeline exists or not

◆ getPlaceholderBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getPlaceholderBuffer ( ) const

nodiscard

◆ getPlaceholderUniformBuffer()

const Vulkan::Buffer & Engine::Rendering::Renderer::getPlaceholderUniformBuffer ( ) const

nodiscard

◆ getRenderingDataManager()

const std::unique_ptr< Core::RenderingDataManager > & Engine::Rendering::Renderer::getRenderingDataManager ( ) const

Getter for the rendering data manager.

◆ getRenderProcesses()

const std::vector< RenderProcess * > & Engine::Rendering::Renderer::getRenderProcesses ( ) const

inlinenodiscard

Gets all render processes for cleanup/synchronization.

Definition at line 255 of file Renderer.h.

References renderProcesses.

◆ getSunShadowPipelineForCaster()

VkPipeline Engine::Rendering::Renderer::getSunShadowPipelineForCaster ( PipelineNames pipelineName ) const

nodiscardprivate

◆ getSunShadowResources()

const SunShadowResources & Engine::Rendering::Renderer::getSunShadowResources ( ) const

inlinenodiscard

Definition at line 364 of file Renderer.h.

References sunShadowResources_.

◆ getTimelineSemaphore()

VkSemaphore Engine::Rendering::Renderer::getTimelineSemaphore ( ) const

Getter for the main timeline renderer semaphore.

Returns: The main timeline semaphore of the renderer

◆ getTimelineSemaphoreValue()

uint64_t Engine::Rendering::Renderer::getTimelineSemaphoreValue ( ) const

◆ getTimelineSynchronizer()

const TimelineSynchronizer & Engine::Rendering::Renderer::getTimelineSynchronizer ( ) const

nodiscard

Gets the timeline synchronizer for managing frame synchronization.

Returns: The timeline synchronizer

◆ getTransferCommandBuffers()

std::vector< VkCommandBuffer > Engine::Rendering::Renderer::getTransferCommandBuffers ( ) const

◆ getTransferCommandPool()

VkCommandPool Engine::Rendering::Renderer::getTransferCommandPool ( ) const

nodiscard

gets the command pool used for recording data transfer at the beginning of a frame

Returns: transfer command pool

◆ getVSSunShadowPipelineForCaster()

VkPipeline Engine::Rendering::Renderer::getVSSunShadowPipelineForCaster ( PipelineNames pipelineName ) const

nodiscardprivate

◆ initializeFrameIndices()

void Engine::Rendering::Renderer::initializeFrameIndices ( )

private

◆ initializeGpuBuffers()

void Engine::Rendering::Renderer::initializeGpuBuffers ( ) const

◆ initializeXrSwapchainFormats()

void Engine::Rendering::Renderer::initializeXrSwapchainFormats ( ) const

private

◆ isFreezeCulling()

bool Engine::Rendering::Renderer::isFreezeCulling ( ) const

inlinenodiscard

Checks if culling data is currently frozen.

Returns: true if culling data is frozen

Definition at line 384 of file Renderer.h.

References freezeCulling_.

◆ isInStallRecovery()

bool Engine::Rendering::Renderer::isInStallRecovery ( ) const

nodiscard

Checks if we're currently in stall recovery mode. During stall recovery, extra GPU synchronization should be performed.

Returns: True if in stall recovery mode

◆ isVertexShaderOnlyMode()

bool Engine::Rendering::Renderer::isVertexShaderOnlyMode ( ) const

inlinenodiscard

Definition at line 387 of file Renderer.h.

References vertexShaderOnlyMode_.

◆ markFrameStart()

void Engine::Rendering::Renderer::markFrameStart ( )

Marks the start of a new frame for stall detection. Call this at the beginning of each render frame.

◆ prepareTransferSubmission()

void Engine::Rendering::Renderer::prepareTransferSubmission ( uint32_t frameIndex ) const

◆ recordDebugLineDraws()

void Engine::Rendering::Renderer::recordDebugLineDraws ( VkCommandBuffer commandBuffer ) const

private

◆ recordParallelLodSelectionPipeline()

void Engine::Rendering::Renderer::recordParallelLodSelectionPipeline ( ) const

private

◆ recordRenderPass()

void Engine::Rendering::Renderer::recordRenderPass ( size_t swapChainImageIndex )

Records the main render pass using dynamic rendering.

Parameters

swapChainImageIndex Index of the swapchain image for rendering

◆ recordSkyGradientDraw()

void Engine::Rendering::Renderer::recordSkyGradientDraw ( VkCommandBuffer commandBuffer )

private

◆ recordSunShadowPass()

void Engine::Rendering::Renderer::recordSunShadowPass ( )

private

◆ recordSunShadowPipelineDraws()

void Engine::Rendering::Renderer::recordSunShadowPipelineDraws	(	VkCommandBuffer	commandBuffer,
		PipelineNames	pipelineName,
		VkPipeline	shadowPipeline,
		uint32_t	cascadeIndex )

private

◆ recordSunShadowVertexShaderDraws()

void Engine::Rendering::Renderer::recordSunShadowVertexShaderDraws	(	VkCommandBuffer	commandBuffer,
		uint32_t	cascadeIndex,
		bool	staticCastersOnly,
		bool	dynamicCastersOnly ) const

private

◆ recordSunShadowVisibilityPipeline()

void Engine::Rendering::Renderer::recordSunShadowVisibilityPipeline ( uint32_t cascadeIndex ) const

private

◆ recordTonemapToSwapchain()

void Engine::Rendering::Renderer::recordTonemapToSwapchain ( uint32_t swapChainImageIndex ) const

◆ recordTransfer()

void Engine::Rendering::Renderer::recordTransfer ( float time )

◆ recordVertexShaderDraws()

void Engine::Rendering::Renderer::recordVertexShaderDraws ( size_t swapChainImageIndex ) const

private

◆ recordVisibilityComputeToGraphicsBarriers()

void Engine::Rendering::Renderer::recordVisibilityComputeToGraphicsBarriers ( VkCommandBuffer commandBuffer ) const

private

◆ recordVSInstancedDrawingPipeline()

void Engine::Rendering::Renderer::recordVSInstancedDrawingPipeline ( ) const

private

◆ registerWindTrailEmitter()

void Engine::Rendering::Renderer::registerWindTrailEmitter ( std::shared_ptr< Entities::SceneNode > node )

inline

Definition at line 396 of file Renderer.h.

References windTrailEmitterNode_.

◆ renderToXr()

void Engine::Rendering::Renderer::renderToXr	(	size_t	swapChainImageIndex,
		float	time )

◆ resetFrameTimer()

void Engine::Rendering::Renderer::resetFrameTimer ( )

Resets the frame timer to prevent false stall detection. Call after long blocking operations (e.g. vkDeviceWaitIdle during state transitions) so that the next markFrameStart() doesn't see the blocking time as a stall.

◆ resetMeshletCullingDispatchBuffers()

void Engine::Rendering::Renderer::resetMeshletCullingDispatchBuffers ( ) const

◆ resetMeshletUnpackingDispatchBuffers()

void Engine::Rendering::Renderer::resetMeshletUnpackingDispatchBuffers ( )

◆ resetVisibilityBuffers()

void Engine::Rendering::Renderer::resetVisibilityBuffers ( VkCommandBuffer commandBuffer ) const

private

◆ restartRenderCommandBuffers()

void Engine::Rendering::Renderer::restartRenderCommandBuffers ( ) const

Resets the command buffers of the active frame and begins a new write.

◆ setFreezeCulling()

void Engine::Rendering::Renderer::setFreezeCulling ( bool freeze )

Freezes culling data (frustum planes, view-projection)

When frozen, the culling system continues to use the frustum matrices from the moment freeze was enabled. This allows viewing the scene from a debug camera while seeing what's being culled from the original viewpoint.

Parameters

freeze true to freeze culling data, false to resume updates

◆ setParallelLodSelection()

void Engine::Rendering::Renderer::setParallelLodSelection ( bool enabled ) const

◆ setSkipMeshShaderDraw()

void Engine::Rendering::Renderer::setSkipMeshShaderDraw ( bool skip )

inline

Definition at line 392 of file Renderer.h.

References skipMeshShaderDraw_.

◆ setSkipVertexShaderDraw()

void Engine::Rendering::Renderer::setSkipVertexShaderDraw ( bool skip )

inline

Definition at line 393 of file Renderer.h.

References skipVertexShaderDraw_.

◆ setSunShadowCasterDebugView()

void Engine::Rendering::Renderer::setSunShadowCasterDebugView ( bool enabled )

inline

Definition at line 394 of file Renderer.h.

References sunShadowCasterDebugView_.

◆ setTracyContextManager()

void Engine::Rendering::Renderer::setTracyContextManager ( Debug::Tracy::TracyVkContextManager * manager )

inline

Definition at line 399 of file Renderer.h.

References tracyContextManager_.

◆ setVertexShaderOnlyMode()

void Engine::Rendering::Renderer::setVertexShaderOnlyMode ( bool enabled )

inline

Definition at line 386 of file Renderer.h.

References vertexShaderOnlyMode_.

◆ setVSInstancedDrawing()

void Engine::Rendering::Renderer::setVSInstancedDrawing ( bool enabled )

inline

Definition at line 391 of file Renderer.h.

References useVSInstancedDrawing_.

◆ shouldSkipMirrorView()

bool Engine::Rendering::Renderer::shouldSkipMirrorView ( )

nodiscard

Checks if mirror view should be skipped this frame.

Returns true if:

A timeline sync just happened (mirror swapchain may be in PRESENT state)
More than 1 second elapsed since last frame (long stall recovery)

When true due to stall, also performs vkDeviceWaitIdle to ensure clean GPU state.

Returns: true if mirror view should be skipped, false otherwise

◆ submitGraphics()

void Engine::Rendering::Renderer::submitGraphics	(	uint32_t	swapChainImageIndex,
		VkSemaphore	mirrorAcquireSemaphore = VK_NULL_HANDLE ) const

◆ submitInitialTransfers()

void Engine::Rendering::Renderer::submitInitialTransfers ( )

◆ submitTransfer()

void Engine::Rendering::Renderer::submitTransfer ( ) const

◆ syncTimelineAfterPause()

void Engine::Rendering::Renderer::syncTimelineAfterPause ( )

Synchronizes the frame counter with the timeline semaphore after pausing.

Call this when transitioning from non-rendering (SkipRender) back to rendering. This ensures the frame counter is advanced enough that timeline semaphore signals will have increasing values (required by Vulkan spec).

Without this, resuming after SkipRender frames would try to signal the same timeline values that were already signaled before pausing, causing a validation error and potential hang.

◆ unregisterWindTrailEmitter()

void Engine::Rendering::Renderer::unregisterWindTrailEmitter ( )

inline

Definition at line 397 of file Renderer.h.

References windTrailEmitterNode_.

◆ updateCpuRenderResources()

void Engine::Rendering::Renderer::updateCpuRenderResources ( float time )

Creates the complete pipeline for the meshlet unpacker. This should only be called after the buffer has been created which it will be dispatching to, such as the meshlet unpacking resources.

Creates the compute pipeline for the meshlet culling stage. This should only be called after the meshlet culling shader has been created.

Updates all data for gpu frame buffers

Parameters

time	time for time based fragment shaders

◆ updateSunShadowCascades()

void Engine::Rendering::Renderer::updateSunShadowCascades ( )

private

◆ updateViewMatrix()

void Engine::Rendering::Renderer::updateViewMatrix ( ) const

Requests an update of the current render processes view matrix. The matrix is pulled from the headset.

◆ uploadFrameData()

void Engine::Rendering::Renderer::uploadFrameData ( float time )

◆ waitForPreviousFrame()

void Engine::Rendering::Renderer::waitForPreviousFrame ( ) const

Waits for the previous frame's transfer to complete before writing to GPU buffers. Must be called BEFORE updateIfDirty() to prevent race conditions where the GPU is still reading from buffers while the CPU writes new data.

Member Data Documentation

◆ brdfLutDescriptorSet_

VkDescriptorSet Engine::Rendering::Renderer::brdfLutDescriptorSet_ = VK_NULL_HANDLE

private

Definition at line 530 of file Renderer.h.

◆ bufferManager_

std::unique_ptr<BufferManager> Engine::Rendering::Renderer::bufferManager_

private

Definition at line 191 of file Renderer.h.

◆ computeMeshletCullingPipelineLayout

VkPipelineLayout Engine::Rendering::Renderer::computeMeshletCullingPipelineLayout = VK_NULL_HANDLE

private

Definition at line 629 of file Renderer.h.

◆ computeObjectCullingPipelineLayout

VkPipelineLayout Engine::Rendering::Renderer::computeObjectCullingPipelineLayout = VK_NULL_HANDLE

private

The pipeline layout.

Definition at line 628 of file Renderer.h.

◆ computePassManager_

std::unique_ptr<ComputePassManager> Engine::Rendering::Renderer::computePassManager_

private

Definition at line 192 of file Renderer.h.

◆ context_

Core::ApplicationContext* Engine::Rendering::Renderer::context_ = nullptr

private

Definition at line 649 of file Renderer.h.

◆ currentFrame

uint32_t Engine::Rendering::Renderer::currentFrame = 0u

private

Definition at line 647 of file Renderer.h.

◆ debugLineOverlayPipeline_

VkPipeline Engine::Rendering::Renderer::debugLineOverlayPipeline_ = VK_NULL_HANDLE

private

Definition at line 558 of file Renderer.h.

◆ debugLinePipeline_

VkPipeline Engine::Rendering::Renderer::debugLinePipeline_ = VK_NULL_HANDLE

private

Definition at line 557 of file Renderer.h.

◆ descriptorPool_

VkDescriptorPool Engine::Rendering::Renderer::descriptorPool_ = VK_NULL_HANDLE

private

The descriptor pool for all descriptors of the renderer.

Definition at line 504 of file Renderer.h.

◆ dynamicSunShadowResources_

SunShadowResources Engine::Rendering::Renderer::dynamicSunShadowResources_

private

Definition at line 536 of file Renderer.h.

Referenced by getDynamicSunShadowResources().

◆ engine_

const EngineKern* Engine::Rendering::Renderer::engine_ = nullptr

private

Definition at line 474 of file Renderer.h.

◆ frameCounter

uint64_t Engine::Rendering::Renderer::frameCounter = 0u

private

Definition at line 652 of file Renderer.h.

◆ freezeCulling_

bool Engine::Rendering::Renderer::freezeCulling_ = false

private

When true, culling data (frustum planes) is frozen for debugging.

Definition at line 592 of file Renderer.h.

Referenced by isFreezeCulling().

◆ graphicsDescriptorSetLayout

VkDescriptorSetLayout Engine::Rendering::Renderer::graphicsDescriptorSetLayout = VK_NULL_HANDLE

private

Definition at line 598 of file Renderer.h.

◆ graphicsPipelineLayout

VkPipelineLayout Engine::Rendering::Renderer::graphicsPipelineLayout = VK_NULL_HANDLE

private

Definition at line 631 of file Renderer.h.

◆ graphicsPipelines

std::vector<GraphicsPipeline *> Engine::Rendering::Renderer::graphicsPipelines

private

The pipelines.

Definition at line 645 of file Renderer.h.

◆ headset_

Headset* Engine::Rendering::Renderer::headset_ = nullptr

private

Definition at line 650 of file Renderer.h.

Referenced by getHeadset().

◆ iblDescriptorPool_

VkDescriptorPool Engine::Rendering::Renderer::iblDescriptorPool_ = VK_NULL_HANDLE

private

Definition at line 529 of file Renderer.h.

◆ iblResources_

ImageBasedLightingResources Engine::Rendering::Renderer::iblResources_

private

Definition at line 528 of file Renderer.h.

Referenced by getIBLResources().

◆ lastFrameStartTime_

std::chrono::steady_clock::time_point Engine::Rendering::Renderer::lastFrameStartTime_ = std::chrono::steady_clock::now()

private

Time when the last frame started, for stall detection.

Definition at line 458 of file Renderer.h.

◆ lastRenderTime_

float Engine::Rendering::Renderer::lastRenderTime_ = 0.0f

private

Definition at line 589 of file Renderer.h.

◆ particleSystem_

ParticleSystem* Engine::Rendering::Renderer::particleSystem_ = nullptr

private

Definition at line 587 of file Renderer.h.

◆ pipelineIndices_

std::unordered_map<GraphicsPipeline *, uint32_t> Engine::Rendering::Renderer::pipelineIndices_

private

Definition at line 466 of file Renderer.h.

◆ pipelinesByName_

std::unordered_map<PipelineNames, GraphicsPipeline *> Engine::Rendering::Renderer::pipelinesByName_

private

Definition at line 469 of file Renderer.h.

◆ prepareDrawsComputePipelineLayout

VkPipelineLayout Engine::Rendering::Renderer::prepareDrawsComputePipelineLayout = VK_NULL_HANDLE

private

Definition at line 630 of file Renderer.h.

◆ pushConstants

std::vector<VkPushConstantRange> Engine::Rendering::Renderer::pushConstants

private

Definition at line 623 of file Renderer.h.

◆ renderedFrameCounter_

uint64_t Engine::Rendering::Renderer::renderedFrameCounter_ = 0u

private

Definition at line 448 of file Renderer.h.

◆ renderFinishedSemaphores

std::vector<VkSemaphore> Engine::Rendering::Renderer::renderFinishedSemaphores

private

Definition at line 654 of file Renderer.h.

◆ renderingDataManager_

std::unique_ptr<Core::RenderingDataManager> Engine::Rendering::Renderer::renderingDataManager_

private

Definition at line 190 of file Renderer.h.

◆ renderProcesses

std::vector<RenderProcess *> Engine::Rendering::Renderer::renderProcesses

private

The render processes.

Definition at line 636 of file Renderer.h.

Referenced by getRenderProcesses().

◆ SKIP_FRAMES_AFTER_STALL

int Engine::Rendering::Renderer::SKIP_FRAMES_AFTER_STALL = 4

staticconstexprprivate

Number of frames to skip after detecting a stall (covers all swapchain images)

Definition at line 455 of file Renderer.h.

◆ skipMeshShaderDraw_

bool Engine::Rendering::Renderer::skipMeshShaderDraw_ = false

private

Definition at line 594 of file Renderer.h.

Referenced by setSkipMeshShaderDraw().

◆ skipMirrorFramesRemaining_

int Engine::Rendering::Renderer::skipMirrorFramesRemaining_ = 0

private

Number of frames remaining to skip mirror view after stall recovery We skip multiple frames to cycle through all swapchain images (typically 3)

Definition at line 452 of file Renderer.h.

◆ skipVertexShaderDraw_

bool Engine::Rendering::Renderer::skipVertexShaderDraw_ = false

private

Definition at line 595 of file Renderer.h.

Referenced by setSkipVertexShaderDraw().

◆ skyGradientPipeline_

VkPipeline Engine::Rendering::Renderer::skyGradientPipeline_ = VK_NULL_HANDLE

private

Definition at line 564 of file Renderer.h.

◆ skyGradientPipelineLayout_

VkPipelineLayout Engine::Rendering::Renderer::skyGradientPipelineLayout_ = VK_NULL_HANDLE

private

Definition at line 565 of file Renderer.h.

◆ STALL_THRESHOLD_MS

std::chrono::milliseconds Engine::Rendering::Renderer::STALL_THRESHOLD_MS {1000}

staticconstexprprivate

Threshold for considering a frame as "stalled" (1 second)

Definition at line 461 of file Renderer.h.

◆ staticSunShadowCacheValid_

bool Engine::Rendering::Renderer::staticSunShadowCacheValid_ = false

private

Definition at line 538 of file Renderer.h.

◆ staticSunShadowCascadeData_

SunShadowCascadeBuffer Engine::Rendering::Renderer::staticSunShadowCascadeData_ {}

private

Definition at line 537 of file Renderer.h.

◆ sunShadowCasterDebugView_

bool Engine::Rendering::Renderer::sunShadowCasterDebugView_ = false

private

Definition at line 596 of file Renderer.h.

Referenced by setSunShadowCasterDebugView().

◆ sunShadowMovableAlphaPipeline_

VkPipeline Engine::Rendering::Renderer::sunShadowMovableAlphaPipeline_ = VK_NULL_HANDLE

private

Definition at line 540 of file Renderer.h.

◆ sunShadowOpaquePipeline_

VkPipeline Engine::Rendering::Renderer::sunShadowOpaquePipeline_ = VK_NULL_HANDLE

private

Definition at line 539 of file Renderer.h.

◆ sunShadowResources_

SunShadowResources Engine::Rendering::Renderer::sunShadowResources_

private

Definition at line 535 of file Renderer.h.

Referenced by getSunShadowResources().

◆ sunShadowStaticAlphaPipeline_

VkPipeline Engine::Rendering::Renderer::sunShadowStaticAlphaPipeline_ = VK_NULL_HANDLE

private

Definition at line 541 of file Renderer.h.

◆ syncCopyObjects_

std::vector<Vulkan::StagedBufferSyncObjects> Engine::Rendering::Renderer::syncCopyObjects_ {}

private

Definition at line 463 of file Renderer.h.

◆ timelineSynchronizer_

std::unique_ptr<TimelineSynchronizer> Engine::Rendering::Renderer::timelineSynchronizer_

private

Definition at line 443 of file Renderer.h.

◆ tonemapDescriptorSet_

VkDescriptorSet Engine::Rendering::Renderer::tonemapDescriptorSet_ = VK_NULL_HANDLE

private

Definition at line 580 of file Renderer.h.

◆ tonemapDescriptorSetLayout_

VkDescriptorSetLayout Engine::Rendering::Renderer::tonemapDescriptorSetLayout_ = VK_NULL_HANDLE

private

Definition at line 579 of file Renderer.h.

◆ tonemapPipeline_

VkPipeline Engine::Rendering::Renderer::tonemapPipeline_ = VK_NULL_HANDLE

private

Definition at line 582 of file Renderer.h.

◆ tonemapPipelineLayout_

VkPipelineLayout Engine::Rendering::Renderer::tonemapPipelineLayout_ = VK_NULL_HANDLE

private

Definition at line 581 of file Renderer.h.

◆ tracyContextManager_

Debug::Tracy::TracyVkContextManager* Engine::Rendering::Renderer::tracyContextManager_ = nullptr

private

Definition at line 433 of file Renderer.h.

Referenced by setTracyContextManager().

◆ useVertexShaderPath_

bool Engine::Rendering::Renderer::useVertexShaderPath_ = true

private

Definition at line 511 of file Renderer.h.

◆ useVSInstancedDrawing_

bool Engine::Rendering::Renderer::useVSInstancedDrawing_ = true

private

Definition at line 517 of file Renderer.h.

Referenced by setVSInstancedDrawing().

◆ vertexShaderOnlyMode_

bool Engine::Rendering::Renderer::vertexShaderOnlyMode_ = false

private

Definition at line 512 of file Renderer.h.

Referenced by isVertexShaderOnlyMode(), and setVertexShaderOnlyMode().

◆ vkGraphicsCommandPool_

VkCommandPool Engine::Rendering::Renderer::vkGraphicsCommandPool_ = VK_NULL_HANDLE

private

The graphics and present command pool.

Definition at line 494 of file Renderer.h.

◆ vkTransferCommandPool_

VkCommandPool Engine::Rendering::Renderer::vkTransferCommandPool_ = VK_NULL_HANDLE

private

The transfer command pool for all commands submitted to the transfer queue.

Definition at line 499 of file Renderer.h.

◆ vsGraphicsPipelines_

std::vector<VkPipeline> Engine::Rendering::Renderer::vsGraphicsPipelines_

private

Definition at line 509 of file Renderer.h.

◆ vsPipelineLayout_

VkPipelineLayout Engine::Rendering::Renderer::vsPipelineLayout_ = VK_NULL_HANDLE

private

Definition at line 510 of file Renderer.h.

◆ vsPipelineNameToIndex_

std::unordered_map<PipelineNames, uint32_t> Engine::Rendering::Renderer::vsPipelineNameToIndex_

private

Definition at line 472 of file Renderer.h.

◆ vsSunShadowMovableAlphaPipeline_

VkPipeline Engine::Rendering::Renderer::vsSunShadowMovableAlphaPipeline_ = VK_NULL_HANDLE

private

Definition at line 543 of file Renderer.h.

◆ vsSunShadowOpaquePipeline_

VkPipeline Engine::Rendering::Renderer::vsSunShadowOpaquePipeline_ = VK_NULL_HANDLE

private

Definition at line 542 of file Renderer.h.

◆ vsSunShadowStaticAlphaPipeline_

VkPipeline Engine::Rendering::Renderer::vsSunShadowStaticAlphaPipeline_ = VK_NULL_HANDLE

private

Definition at line 544 of file Renderer.h.

◆ windTrailEmitterNode_

std::weak_ptr<Entities::SceneNode> Engine::Rendering::Renderer::windTrailEmitterNode_

private

Definition at line 588 of file Renderer.h.

Referenced by registerWindTrailEmitter(), and unregisterWindTrailEmitter().

The documentation for this class was generated from the following file:

/home/magerbeton/Documents/gl3-vulkan/Engine/include/Engine/Renderer/Renderer.h

Classes

Public Member Functions

Static Public Member Functions

Private Member Functions

Private Attributes

Static Private Attributes

Detailed Description

Data stored in this class:

Constructor & Destructor Documentation

◆ Renderer()

◆ ~Renderer()

Member Function Documentation

◆ advanceFrameIndices()

◆ allocateDescriptors()

◆ cleanup()

◆ createDebugLinePipeline()

◆ createImageBasedLightingResources()

◆ createSkyGradientPipeline()

◆ createSunShadowPipelines()

◆ createSunShadowResources()

◆ createTonemapResources()

◆ createVertexShaderPathResources()

◆ createVertexShaderPipelineResources()

◆ createVSInstancedDrawingResources()

◆ ensureOutputBufferSizes()

◆ findExistingPipeline()

◆ getBufferManager()

◆ getComputePassManager()

◆ getCounterBuffer()

◆ getCurrentMirrorViewSemaphore()

◆ getCurrentPresentableSemaphore()

◆ getCurrentRenderingCommandBuffer()

◆ getCurrentRenderProcess()

◆ getCurrentTracyTransferVkContext()

◆ getCurrentTracyVkContext()

◆ getCurrentTransferCommandBuffer()

◆ getDispatchBuffer()

◆ getDynamicSunShadowResources()

◆ getFrameElapsedMs()

◆ getGraphicsCommandBuffers()

◆ getGraphicsCommandPool()

◆ getGraphicsPipelines()

◆ getHeadset()

◆ getIBLResources()

◆ getMeshletCullingDispatchToMeshletCullingBarriers()

◆ getMeshletCullingToPrepareDrawBarriers()

◆ getMeshletUnpackingDispatchToMeshletUnpackingBarriers()

◆ getMeshletUnpackingToMeshletCullingDispatchBarriers()

◆ getMeshUnpackingDataBuffer()

◆ getObjectCullingDataBuffer()

◆ getObjectCullingToMeshletUnpackingDispatchBarriers()

◆ getObjectIDsBuffer()

◆ getObjectMeshletDataBuffer()

◆ getPipelineConfig()

◆ getPipelineIndex() [1/2]

◆ getPipelineIndex() [2/2]

◆ getPlaceholderBuffer()

◆ getPlaceholderUniformBuffer()

◆ getRenderingDataManager()

◆ getRenderProcesses()

◆ getSunShadowPipelineForCaster()

◆ getSunShadowResources()

◆ getTimelineSemaphore()

◆ getTimelineSemaphoreValue()

◆ getTimelineSynchronizer()

◆ getTransferCommandBuffers()

◆ getTransferCommandPool()

◆ getVSSunShadowPipelineForCaster()

◆ initializeFrameIndices()

◆ initializeGpuBuffers()

◆ initializeXrSwapchainFormats()

◆ isFreezeCulling()

◆ isInStallRecovery()

◆ isVertexShaderOnlyMode()

◆ markFrameStart()

◆ prepareTransferSubmission()

◆ recordDebugLineDraws()

◆ recordParallelLodSelectionPipeline()

◆ recordRenderPass()

◆ recordSkyGradientDraw()