#include <MeshNode.h>

Inheritance diagram for ne::MeshNode:

Classes
struct	GpuResources

struct	MeshShaderConstants

Public Member Functions
	MeshNode (const std::string &sNodeName)

void	setMaterial (std::unique_ptr< Material > pMaterial, size_t iMaterialSlot=0)

void	setMeshData (const MeshData &meshData)

void	setMeshData (MeshData &&meshData)

void	onMeshDataChanged ()

void	setIsVisible (bool bVisible)

Material *	getMaterial (size_t iMaterialSlot=0)

size_t	getAvailableMaterialSlotCount ()

std::pair< std::recursive_mutex , MeshData >	getMeshData ()

std::pair< std::recursive_mutex, GpuResources > *	getMeshGpuResources ()

std::pair< std::recursive_mutex, MeshShaderConstants > *	getMeshShaderConstants ()

AABB *	getAABB ()

bool	isVisible () const

Public Member Functions inherited from ne::SpatialNode
	SpatialNode (const std::string &sNodeName)

void	setRelativeLocation (const glm::vec3 &location)

void	setRelativeRotation (const glm::vec3 &rotation)

void	setRelativeScale (const glm::vec3 &scale)

void	setWorldLocation (const glm::vec3 &location)

void	setWorldRotation (const glm::vec3 &rotation)

void	setWorldScale (const glm::vec3 &scale)

glm::vec3	getRelativeLocation () const

glm::vec3	getRelativeRotation () const

glm::vec3	getRelativeScale () const

glm::mat4x4	getRelativeRotationMatrix ()

glm::vec3	getWorldLocation ()

glm::vec3	getWorldRotation ()

glm::quat	getWorldRotationQuaternion ()

glm::vec3	getWorldScale ()

glm::vec3	getWorldForwardDirection ()

glm::vec3	getWorldRightDirection ()

glm::vec3	getWorldUpDirection ()

glm::mat4x4	getWorldMatrix ()

std::pair< std::recursive_mutex, sgc::GcPtr< SpatialNode > > *	getClosestSpatialParent ()

Public Member Functions inherited from ne::Node
	Node ()

	Node (const std::string &sName)

	Node (const Node &)=delete

Node &	operator= (const Node &)=delete

	Node (Node &&)=delete

Node &	operator= (Node &&)=delete

virtual	~Node () override

void	setNodeName (const std::string &sName)

void	detachFromParentAndDespawn ()

void	addChildNode (const sgc::GcPtr< Node > &pNode, AttachmentRule locationRule=AttachmentRule::KEEP_WORLD, AttachmentRule rotationRule=AttachmentRule::KEEP_WORLD, AttachmentRule scaleRule=AttachmentRule::KEEP_WORLD)

void	setSerialize (bool bSerialize)

std::optional< Error >	serializeNodeTree (const std::filesystem::path &pathToFile, bool bEnableBackup)

std::string	getNodeName () const

sgc::GcPtr< Node >	getWorldRootNode ()

std::pair< std::recursive_mutex, sgc::GcPtr< Node > > *	getParentNode ()

std::pair< std::recursive_mutex, sgc::GcVector< sgc::GcPtr< Node > > > *	getChildNodes ()

template<typename NodeType > requires std::derived_from<NodeType, Node>
sgc::GcPtr< NodeType >	getParentNodeOfType (const std::string &sParentNodeName="")

template<typename NodeType > requires std::derived_from<NodeType, Node>
sgc::GcPtr< NodeType >	getChildNodeOfType (const std::string &sChildNodeName="")

TickGroup	getTickGroup () const

std::optional< size_t >	getNodeId () const

bool	isCalledEveryFrame ()

bool	isReceivingInput ()

bool	isSpawned ()

bool	isParentOf (Node *pNode)

bool	isChildOf (Node *pNode)

bool	isSerialized () const

Public Member Functions inherited from ne::Serializable
std::optional< Error >	serialize (std::filesystem::path pathToFile, bool bEnableBackup, const std::unordered_map< std::string, std::string > &customAttributes={})

std::variant< std::string, Error >	serialize (toml::value &tomlData, const std::string &sEntityId="", const std::unordered_map< std::string, std::string > &customAttributes={}, const std::optional< std::filesystem::path > &optionalPathToFile={}, bool bEnableBackup=false)

std::variant< std::string, Error >	serialize (toml::value &tomlData, Serializable *pOriginalObject, std::string sEntityId="", const std::unordered_map< std::string, std::string > &customAttributes={}, const std::optional< std::filesystem::path > &optionalPathToFile={}, bool bEnableBackup=false)

std::optional< std::pair< std::string, std::string > >	getPathDeserializedFromRelativeToRes () const

Static Public Member Functions
static const char *	getMeshShaderConstantBufferName ()

Static Public Member Functions inherited from ne::Node
static size_t	getAliveNodeCount ()

static std::variant< sgc::GcPtr< Node >, Error >	deserializeNodeTree (const std::filesystem::path &pathToFile)

static GameInstance *	getGameInstance ()

Static Public Member Functions inherited from ne::Serializable
static std::variant< std::pair< std::set< std::string >, toml::value >, Error >	getIdsFromFile (std::filesystem::path pathToFile)

static std::optional< Error >	serializeMultiple (std::filesystem::path pathToFile, std::vector< SerializableObjectInformation > vObjects, bool bEnableBackup)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const std::filesystem::path &pathToFile)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const std::filesystem::path &pathToFile, std::unordered_map< std::string, std::string > &customAttributes)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (std::filesystem::path pathToFile, std::unordered_map< std::string, std::string > &customAttributes, const std::string &sEntityId)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const std::filesystem::path &pathToFile, const std::string &sEntityId)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::same_as<SmartPointer, sgc::GcPtr<Serializable>> \|\| std::same_as<SmartPointer, std::unique_ptr<Serializable>>
static std::variant< std::vector< DeserializedObjectInformation< SmartPointer > >, Error >	deserializeMultiple (std::filesystem::path pathToFile)

template<typename SmartPointer , typename InnerType = typename SmartPointer::element_type> requires std::derived_from<InnerType, Serializable> && (std::same_as<SmartPointer, sgc::GcPtr<InnerType>> \|\| std::same_as<SmartPointer, std::unique_ptr<InnerType>>)
static std::variant< SmartPointer, Error >	deserialize (const toml::value &tomlData, std::unordered_map< std::string, std::string > &customAttributes, std::string sEntityId="", const std::optional< std::filesystem::path > &optionalPathToFile={})

Protected Member Functions
virtual void	onAfterDeserialized () override

virtual void	onSpawning () override

virtual void	onDespawning () override

virtual void	onWorldLocationRotationScaleChanged () override

void	setShaderCpuWriteResourceBinding (const std::string &sShaderResourceName, size_t iResourceSizeInBytes, const std::function< void *()> &onStartedUpdatingResource, const std::function< void()> &onFinishedUpdatingResource)

void	setShaderTextureResourceBinding (const std::string &sShaderResourceName, const std::string &sPathToTextureResourceRelativeRes)

void	markShaderCpuWriteResourceToBeCopiedToGpu (const std::string &sShaderResourceName)

Protected Member Functions inherited from ne::SpatialNode
virtual void	onAfterDeserialized () override

virtual void	onSpawning () override

virtual void	onAfterAttachedToNewParent (bool bThisNodeBeingAttached) override

virtual void	onWorldLocationRotationScaleChanged ()

Protected Member Functions inherited from ne::Node
void	setIsCalledEveryFrame (bool bEnable)

void	setTickGroup (TickGroup tickGroup)

void	setIsReceivingInput (bool bEnable)

Timer *	createTimer (const std::string &sTimerName)

template<typename FunctionType >
NodeNotificationBroadcaster< FunctionType > *	createNotificationBroadcaster ()

std::pair< std::recursive_mutex, std::unordered_map< unsigned int, std::function< void(KeyboardModifiers, bool)> > > *	getActionEventBindings ()

std::pair< std::recursive_mutex, std::unordered_map< unsigned int, std::function< void(KeyboardModifiers, float)> > > *	getAxisEventBindings ()

std::recursive_mutex *	getSpawnDespawnMutex ()

virtual void	onMouseMove (double xOffset, double yOffset)

virtual void	onMouseScrollMove (int iOffset)

virtual void	onBeforeNewFrame (float timeSincePrevFrameInSec)

virtual void	onSpawning ()

virtual void	onChildNodesSpawned ()

virtual void	onDespawning ()

virtual void	onBeforeDetachedFromParent (bool bThisNodeBeingDetached)

virtual void	onAfterAttachedToNewParent (bool bThisNodeBeingAttached)

virtual void	onAfterDeserialized ()

Private Member Functions
void	allocateShaderResources ()

void	allocateGeometryBuffers ()

void	deallocateShaderResources ()

void	deallocateGeometryBuffers ()

void *	onStartedUpdatingShaderMeshConstants ()

void	onFinishedUpdatingShaderMeshConstants ()

void	updateShaderResourcesToUseChangedMaterialPipelines ()

std::pair< GpuResource *, unsigned int >	getIndexBufferInfoForMaterialSlot (size_t iMaterialSlot)

Static Private Member Functions
static std::unique_ptr< Material >	getDefaultMaterial ()

Private Attributes
std::vector< std::unique_ptr< Material > >	vMaterials

MeshData	meshData

AABB	aabb

std::recursive_mutex	mtxMeshData

std::pair< std::recursive_mutex, GpuResources >	mtxGpuResources

std::pair< std::recursive_mutex, MeshShaderConstants >	mtxShaderMeshDataConstants

bool	bIsVisible = true

Static Private Attributes
static const auto	sMeshShaderConstantBufferName = "meshData"

Friends
class	Material

Additional Inherited Members
Public Types inherited from ne::Node
enum class	AttachmentRule { RESET_RELATIVE , KEEP_RELATIVE , KEEP_WORLD }

Detailed Description

Represents a node that can have 3D geometry to display (mesh).

Remarks: Used for GPU optimized geometry - geometry that rarely (if ever) changes from the CPU side.

Constructor & Destructor Documentation

◆ MeshNode()

ne::MeshNode::MeshNode ( const std::string & sNodeName )

Creates a new node with the specified name.

Parameters

sNodeName Name of this node.

Member Function Documentation

◆ allocateGeometryBuffers()

void ne::MeshNode::allocateGeometryBuffers ( )

private

Allocates geometry resources (see mtxGpuResources).

◆ allocateShaderResources()

void ne::MeshNode::allocateShaderResources ( )

private

Allocates shader resources (see mtxGpuResources).

Warning: Expects that vMaterials to have initialized PSOs.

◆ deallocateGeometryBuffers()

void ne::MeshNode::deallocateGeometryBuffers ( )

private

Deallocates geometry resources (see mtxGpuResources).

◆ deallocateShaderResources()

void ne::MeshNode::deallocateShaderResources ( )

private

Deallocates shader resources (see mtxGpuResources).

◆ getAABB()

AABB * ne::MeshNode::getAABB ( )

inline

Returns pointer to axis-aligned bounding box of this mesh.

Returns: Axis-aligned bounding box.

◆ getAvailableMaterialSlotCount()

size_t ne::MeshNode::getAvailableMaterialSlotCount ( )

Returns the total number of available material slots that the current mesh data (see setMeshData) provides.

Returns: The number of available material slots.

◆ getDefaultMaterial()

std::unique_ptr< Material > ne::MeshNode::getDefaultMaterial ( )

staticprivate

Returns default mesh node material.

Returns: Default material for mesh node.

◆ getIndexBufferInfoForMaterialSlot()

std::pair< GpuResource *, unsigned int > ne::MeshNode::getIndexBufferInfoForMaterialSlot ( size_t iMaterialSlot )

private

Returns information about an index buffer for the specified material slot.

Warning: Shows an error and throws an exception if the index buffer at the specified index cannon be found.

Parameters

iMaterialSlot Material slot that corresponds with an index buffer to look for.

Returns: Information about an index buffer at the specified material slot.

◆ getMaterial()

Material * ne::MeshNode::getMaterial ( size_t iMaterialSlot = 0 )

Returns material used by this name.

Warning: Do not delete (free) returned pointer.

Parameters

iMaterialSlot Slot from which requested material is taken from.

Returns: nullptr if the specified slot does not exist (see getAvailableMaterialSlotCount), otherwise used material.

◆ getMeshData()

std::pair< std::recursive_mutex *, MeshData * > ne::MeshNode::getMeshData ( )

inline

Returns mesh geometry for read/write operations.

Warning: Must be used with mutex.; If you're changing mesh data you must call onMeshDataChanged after you finished modifying the mesh data to update internal CPU/GPU resources and see updated geometry on the screen, otherwise this might cause the object to be displayed incorrectly.

Remarks: Note that changing mesh data using onMeshDataChanged will have the same performance as if you used setMeshData because they both do the same work. The main reason why this getter exists is to avoid copying MeshData when somebody wants to read/modify existing mesh data.

Returns: Mesh data.

◆ getMeshGpuResources()

std::pair< std::recursive_mutex, GpuResources > * ne::MeshNode::getMeshGpuResources ( )

inline

Returns GPU resources that this mesh node uses.

Returns: GPU resources.

◆ getMeshShaderConstantBufferName()

static const char * ne::MeshNode::getMeshShaderConstantBufferName ( )

inlinestatic

Returns name of the constant buffer that stores mesh constants.

Returns: Name of shader resource.

◆ getMeshShaderConstants()

std::pair< std::recursive_mutex, MeshShaderConstants > * ne::MeshNode::getMeshShaderConstants ( )

inline

Returns shader constants (copied to GPU).

Remarks: Changes made this returned object will not be copied to the GPU, this getter only exists read access.

Returns: Mesh constants.

◆ isVisible()

bool ne::MeshNode::isVisible ( ) const

Tells whether this mesh is currently visible or not.

Returns: Whether the mesh is visible or not.

◆ markShaderCpuWriteResourceToBeCopiedToGpu()

void ne::MeshNode::markShaderCpuWriteResourceToBeCopiedToGpu ( const std::string & sShaderResourceName )

protected

Looks for binding created using setShaderCpuWriteResourceBinding and notifies the engine that there is new (updated) data for shader CPU write resource to copy to the GPU to be used by shaders.

Remarks: You don't need to check if the node is spawned or not before calling this function, if the binding does not exist or some other condition is not met this call will be silently ignored without any errors.; Note that the callbacks that you have specified in setShaderCpuWriteResourceBinding will not be called inside of this function, moreover they are most likely to be called in the next frame(s) (most likely multiple times) when the engine is ready to copy the data to the GPU, so if the resource's data is used by multiple threads in your code, make sure to use mutex or other synchronization primitive in your callbacks.

Parameters

sShaderResourceName Name of the shader CPU write resource (should be exactly the same as the resource name written in the shader file we are referencing).

◆ onAfterDeserialized()

void ne::MeshNode::onAfterDeserialized ( )

overrideprotectedvirtual

Called after the object was successfully deserialized. Used to execute post-deserialization logic.

Warning: If overriding you must call the parent's version of this function first (before executing your login) to execute parent's logic.

Reimplemented from ne::SpatialNode.

◆ onDespawning()

void ne::MeshNode::onDespawning ( )

overrideprotectedvirtual

Called before this node is despawned from the world to execute custom despawn logic.

Remarks: This node will be marked as despawned after this function is called.; This function is called after all child nodes were despawned.

Warning: If overriding you must call the parent's version of this function first (before executing your login) to execute parent's logic.

Reimplemented from ne::Node.

◆ onFinishedUpdatingShaderMeshConstants()

void ne::MeshNode::onFinishedUpdatingShaderMeshConstants ( )

private

Called after finished copying data from mtxShaderMeshDataConstants.

◆ onMeshDataChanged()

void ne::MeshNode::onMeshDataChanged ( )

Must be called after mesh data was modified to (re)create internal CPU/GPU resources.

◆ onSpawning()

void ne::MeshNode::onSpawning ( )

overrideprotectedvirtual

Called when this node was not spawned previously and it was either attached to a parent node that is spawned or set as world's root node to execute custom spawn logic.

Remarks: This node will be marked as spawned before this function is called.; This function is called before any of the child nodes are spawned.

Warning: If overriding you must call the parent's version of this function first (before executing your login) to execute parent's logic.

Reimplemented from ne::SpatialNode.

◆ onStartedUpdatingShaderMeshConstants()

void * ne::MeshNode::onStartedUpdatingShaderMeshConstants ( )

private

Called to copy data from mtxShaderMeshDataConstants.

Returns: Pointer to data in mtxShaderMeshDataConstants.

◆ onWorldLocationRotationScaleChanged()

void ne::MeshNode::onWorldLocationRotationScaleChanged ( )

overrideprotectedvirtual

Called after node's world location/rotation/scale was changed.

Warning: If overriding you must call the parent's version of this function first (before executing your login) to execute parent's logic.

Reimplemented from ne::SpatialNode.

◆ setIsVisible()

void ne::MeshNode::setIsVisible ( bool bVisible )

Sets whether this mesh is visible or not.

Parameters

bVisible Whether this mesh is visible or not.

◆ setMaterial()

void ne::MeshNode::setMaterial	(	std::unique_ptr< Material >	pMaterial,
		size_t	iMaterialSlot = `0`
	)

Sets material to use.

Remarks: Replaces old (previously used) material.; Logs an error if the specified material slot does not exist (see getAvailableMaterialSlotCount).

Parameters

pMaterial	Material to use.
iMaterialSlot	Index of the material slot to set this new material to. By default all meshes have 1 material at slot 0 and mesh's geometry uses only this slot.

◆ setMeshData() [1/2]

void ne::MeshNode::setMeshData ( const MeshData & meshData )

Sets mesh data (geometry) to use.

Remarks: The number of available material slots will be changed according to the mesh data.

Parameters

meshData Mesh geometry.

◆ setMeshData() [2/2]

void ne::MeshNode::setMeshData ( MeshData && meshData )

Sets mesh data (geometry) to use.

Remarks: The number of available material slots will be changed according to the mesh data.

Parameters

meshData Mesh geometry.

◆ setShaderCpuWriteResourceBinding()

void ne::MeshNode::setShaderCpuWriteResourceBinding	(	const std::string &	sShaderResourceName,
		size_t	iResourceSizeInBytes,
		const std::function< void *()> &	onStartedUpdatingResource,
		const std::function< void()> &	onFinishedUpdatingResource
	)

protected

Setups callbacks for a shader resource (buffer or a texture from the shader code) with CPU write access to copy the data from the CPU to the GPU to be used by the shaders.

Remarks: Call this function in your onSpawning function to bind to shader resources, all bindings will be automatically removed in onDespawning. An error will be shown if this function is called when the node is not spawned.; When the data of a resource that you registered was updated on the CPU side you need to call markShaderCpuWriteResourceToBeCopiedToGpu so that the specified update callbacks will be called and the updated data will be copied to the GPU to be used by the shaders. Note that you don't need to call markShaderCpuWriteResourceToBeCopiedToGpu for resources you have not registered yourself. Also note that all registered resources are marked as "needs an update" by default so you don't have to call markShaderCpuWriteResourceToBeCopiedToGpu right after calling this function.

Parameters

sShaderResourceName	Name of the resource we are referencing (should be exactly the same as the resource name written in the shader file we are referencing).
iResourceSizeInBytes	Size of the data that this resource will contain. Note that the specified size will most likely be padded (changed) to be a multiple of 256 because of the hardware requirement for shader constant buffers.
onStartedUpdatingResource	Function that will be called when the engine has started copying data to the GPU. Function returns pointer to new (updated) data of the specified resource that will be copied to the GPU.
onFinishedUpdatingResource	Function that will be called when the engine has finished copying resource data to the GPU (usually used for unlocking mutexes).

◆ setShaderTextureResourceBinding()

void ne::MeshNode::setShaderTextureResourceBinding	(	const std::string &	sShaderResourceName,
		const std::string &	sPathToTextureResourceRelativeRes
	)

protected

Setups a shader resource binding that references a texture from the shader code that is used when this mesh is rendered.

Remarks: Call this function in allocateShaderResources to bind to shader resources, all bindings will be automatically removed in deallocateShaderResources.

Parameters

sShaderResourceName	Name of the resource we are referencing (should be exactly the same as the resource name written in the shader file we are referencing).
sPathToTextureResourceRelativeRes	Path to the directory with texture resource to use.

◆ updateShaderResourcesToUseChangedMaterialPipelines()

void ne::MeshNode::updateShaderResourcesToUseChangedMaterialPipelines ( )

private

Called after vMaterials is changed (some slots are added/removed) to notify all shader resources.

Warning: Expects that the caller is using some mutex to protect this shader resource from being used in the draw function while this function is not finished (i.e. make sure the CPU will not queue a new frame while this function is not finished).; Expects that the node is spawned and all vMaterials have pipelines initialized.

Member Data Documentation

◆ aabb

AABB ne::MeshNode::aabb

private

Axis-aligned bounding box for meshData.

◆ bIsVisible

bool ne::MeshNode::bIsVisible = true

private

Whether mesh is visible or not.

◆ meshData

MeshData ne::MeshNode::meshData

private

Mesh geometry.

Warning: Use with mtxMeshData.

◆ mtxGpuResources

std::pair<std::recursive_mutex, GpuResources> ne::MeshNode::mtxGpuResources

private

Stores GPU resources used by this mesh node.

◆ mtxMeshData

std::recursive_mutex ne::MeshNode::mtxMeshData

private

Mutex for meshData.

◆ mtxShaderMeshDataConstants

std::pair<std::recursive_mutex, MeshShaderConstants> ne::MeshNode::mtxShaderMeshDataConstants

private

Stores data for constant buffer used by shaders.

◆ sMeshShaderConstantBufferName

const auto ne::MeshNode::sMeshShaderConstantBufferName = "meshData"

inlinestaticprivate

Name of the constant buffer used to store general mesh data in shaders.

◆ vMaterials

std::vector<std::unique_ptr<Material> > ne::MeshNode::vMaterials

private

Stores materials of the mesh. Material at index 0 used by index buffer 0, material at index 1 used by index buffer 1 and so on (meshData defines available slots).

Remarks: Always contains valid pointers.

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

src/engine_lib/public/game/nodes/MeshNode.h
src/engine_lib/private/game/nodes/MeshNode.cpp

Classes

Public Member Functions

Static Public Member Functions

Protected Member Functions

Private Member Functions

Static Private Member Functions

Private Attributes

Static Private Attributes

Friends

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MeshNode()

Member Function Documentation

◆ allocateGeometryBuffers()

◆ allocateShaderResources()

◆ deallocateGeometryBuffers()

◆ deallocateShaderResources()

◆ getAABB()

◆ getAvailableMaterialSlotCount()

◆ getDefaultMaterial()

◆ getIndexBufferInfoForMaterialSlot()

◆ getMaterial()

◆ getMeshData()

◆ getMeshGpuResources()

◆ getMeshShaderConstantBufferName()

◆ getMeshShaderConstants()

◆ isVisible()

◆ markShaderCpuWriteResourceToBeCopiedToGpu()

◆ onAfterDeserialized()

◆ onDespawning()

◆ onFinishedUpdatingShaderMeshConstants()

◆ onMeshDataChanged()

◆ onSpawning()

◆ onStartedUpdatingShaderMeshConstants()

◆ onWorldLocationRotationScaleChanged()

◆ setIsVisible()

◆ setMaterial()

◆ setMeshData() [1/2]

◆ setMeshData() [2/2]

◆ setShaderCpuWriteResourceBinding()

◆ setShaderTextureResourceBinding()

◆ updateShaderResourcesToUseChangedMaterialPipelines()

Member Data Documentation

◆ aabb

◆ bIsVisible

◆ meshData

◆ mtxGpuResources

◆ mtxMeshData

◆ mtxShaderMeshDataConstants

◆ sMeshShaderConstantBufferName

◆ vMaterials