Graphics object manager manages different types of objects that have memory and can be drawn. More...

#include <GraphicsObjectManager.hpp>

Collaboration diagram for GraphicsObjectManager:

Classes
struct	CommandUnit
	Command unit represents everything needed to allocate, submit, record and execute commands. More...

Public Member Functions
	GraphicsObjectManager (VkInstance instance, VkPhysicalDevice gpu, VkDevice logDevice, VkQueue graphicsQueue, std::shared_mutex &graphicsMutex, uint32_t graphicsQueueFamily, const uint32_t frameCount)
	Creates a graphics object manager. More...

	~GraphicsObjectManager ()
	Destructor. More...

void	addTransferQueueFamilyAccess (const uint32_t transferQueueFamily, VkQueue transferQueue)
	Adds the given transfer queue to the manager. More...

bool	addCharacter (int characterID, const std::vector< CharacterVertex > &vertices, const std::vector< uint32_t > &indices, ImageData &texture, glm::mat4 transformation, glm::mat4 bindPose[MAX_BONES], VkSampler imgSampler, PhongMaterial material=PhongMaterial::getDefaultMaterial())
	Adds a character to the buffer manager with the given parameters. More...

bool	addGameObject (int objectId, const std::vector< Vertex > &vertices, const std::vector< uint32_t > &indices, ImageData &texture, glm::mat4 transformation, VkSampler imgSampler, PhongMaterial material=PhongMaterial::getDefaultMaterial())
	Adds a game object to the buffer manager. More...

bool	addTestObject (int id, const std::vector< SimpleVertex > &vertices, const std::vector< uint32_t > &indices, glm::mat4 transformation)
	Adds a test object to the buffer manager. More...

bool	addArea (const std::vector< Vertex > &vertices, const std::vector< uint32_t > &indices, std::array< ImageData, 6 > textures, VkSampler texSampler)
	Adds an area object to the buffer manager. More...

bool	cleanResources (int id, ObjectType type)
	Cleans resources of the given id, if they exists. More...

void	updateTestObject (int id, const void *srcData, uint32_t frame)
	Updates test object data. More...

void	updateObjectDescriptor (int id, const void *srcData, uint32_t frame)
	Updates the object descriptor with the given data. More...

void	updateCharacterDescriptor (int id, const void transformSrcData, const void boneSrcData, uint32_t frame)

VkDescriptorSet	getSunDescriptorSet (uint32_t frame) const
	Returns the descriptor set of the sun for the given frame. More...

VkDescriptorSetLayout	getSunLayout () const
	Returns the descriptor set layout of the sun. More...

void	updateSunDescriptor (const void *srcData, uint32_t frame)
	Updates the sun descriptor with the given data. More...

void	updateCameraDescriptor (const void *srcData, uint32_t frame)
	Updates the camera descriptor with the given data. More...

AllocatedImage	createDepthImage (uint32_t width, uint32_t height, VkFormat depthFormat)
	Creates a depth image. More...

void	destroyImage (AllocatedImage image)
	Interface for destroying an image That is owned by the user of this class. More...

void	transitionDepthImageLayout (AllocatedImage depthImage, VkFormat depthFormat, VkImageLayout srcLayout, VkImageLayout dstLayout)
	Transitions the given image to the given layout using graphics queue. More...

VkImageView	createImageView (VkImage image, VkFormat format, VkImageAspectFlags aspectFlags=VK_IMAGE_ASPECT_COLOR_BIT)
	Creates an image view for the given image and format. More...

CombinedImage	createCombinedImage (uint32_t width, uint32_t height, VkFormat format)
	Creates an image for the given data and stores the memory to this class. More...

void	copyBuffer (AllocatedBuffer allocBuffer, const void *srcData)
	Copies the given data to the given buffer. More...

void	copyImage (AllocatedImage allocImage, const ImageData &srcData)
	Copies the given data to the given image. More...

VkDescriptorSetLayout	getLayout (ObjectType type) const
	Returns the descriptor set layout for the given object type. More...

uint32_t	getLayoutCount (ObjectType type) const
	Returns the number of descriptor layouts of the given type. Currently not a very useful function. However, it might be useful in the future. More...

std::vector< DrawableObject >	getDrawableObjects (ObjectType type, uint32_t frame) const
	Returns drawable objects of the given type. More...

Private Member Functions
AllocatedBuffer	createBuffer (VkDeviceSize size, VkBufferUsageFlags usage, VmaAllocationInfo &info, VmaMemoryUsage memUsage=VMA_MEMORY_USAGE_AUTO, VmaAllocationCreateFlags vmaCreationFlags=0, VkMemoryPropertyFlags requiredFlags=0, VkMemoryPropertyFlags preferredFlags=0)
	Creates a buffer with the given parameters. More...

AllocatedBuffer	createBuffer (VkDeviceSize size, VkBufferUsageFlags usage, VmaMemoryUsage memUsage=VMA_MEMORY_USAGE_AUTO, VmaAllocationCreateFlags vmaCreationFlags=0, VkMemoryPropertyFlags requiredFlags=0, VkMemoryPropertyFlags preferredFlags=0)

AllocatedImage	createImage (uint32_t width, uint32_t height, VkFormat format, VkImageTiling tiling=VK_IMAGE_TILING_OPTIMAL, VkImageUsageFlags usage=VK_IMAGE_USAGE_TRANSFER_DST_BIT\|VK_IMAGE_USAGE_SAMPLED_BIT, VmaMemoryUsage memUsage=VMA_MEMORY_USAGE_AUTO, VmaAllocationCreateFlags vmaCreationFlags=0, VkMemoryPropertyFlags requiredFlags=0, VkMemoryPropertyFlags preferredFlags=0)
	Creates an allocated image. The standard parameters make it easy to create a texture image on the GPU. More specific use cases must be specified through the parameters. More...

void	createDescriptorBuilder ()
	Initializes the descriptorBuilder member. More...

uint32_t	getQueueFamilyCount ()
	Returns number of queue families. More...

VkSharingMode	getSharingMode ()
	Returns the sharing mode of created resources. More...

VkCommandBuffer	startCommandBuffer (bool preferTransfer)
	Allocates and begins a command buffer. More...

bool	endCommandBuffer (VkCommandBuffer commandBuffer, VkFence fence=VK_NULL_HANDLE)
	Submits the given command buffer to be executed on the gpu. More...

void	transitionImageLayout (VkImage image, VkFormat format, VkImageLayout oldLayout, VkImageLayout newLayout, VkCommandBuffer commandBuffer, VkImageAspectFlags aspectFlags=VK_IMAGE_ASPECT_COLOR_BIT, std::pair< uint32_t, uint32_t > srcAndDstQueueFamilies={VK_QUEUE_FAMILY_IGNORED, VK_QUEUE_FAMILY_IGNORED})
	Records image layout transition barrier to the given command buffer. More...

std::pair< uint32_t, uint32_t >	getQueueTransitionFamilies ()
	Queue families should be transferred, if the resources are using multiple queues, and the sharingmode is exclusive, or the desired stage is available only to another queue. todo could be updated in the future. More...

bool	getPipelineAndAccessFlags (VkImageLayout srcLayout, VkImageLayout dstLayout, std::pair< VkAccessFlags, VkAccessFlags > &srcAndDstAccessMasks, std::pair< VkPipelineStageFlags, VkPipelineStageFlags > &srcAndDstStages)
	Fills access masks and pipeline stages when given source and destination layouts for an image. More...

AllocatedBuffer	createStagingBuffer (VkDeviceSize size, VmaAllocationInfo &allocInfo)
	Helper for creating a staging buffer. More...

void	createSun ()
	Creates necessary memory allocations and mappings for a sun. More...

Private Attributes
VkDevice	logDeviceM

VmaAllocator	allocatorM

VkDeviceSize	minOffsetM
	Minimum offset alignment for uniform buffers. More...

std::shared_mutex &	graphicsQueueMutexM

CommandUnit	graphicsCommandUnitM

std::optional< CommandUnit >	transferCommandUnitM

std::optional< CommandUnit >	activeCommandUnitM

std::unique_ptr< DescriptorBuilder >	pBuilderM

std::unordered_map< int, CharacterObject >	characterObjectsM

std::unordered_map< int, GameObject >	gameObjectsM

std::unordered_map< int, TestObject >	testObjectsM

std::vector< AreaObject >	areaObjectsM

LightObject	sunM

VkDescriptorSetLayout	sunLayoutM

std::vector< CombinedImage >	allocatedImagesM

uint32_t	frameCountM

std::array< VkDescriptorSetLayout, OBJECT_TYPE_COUNT >	descriptorSetLayoutsM

Detailed Description

Graphics object manager manages different types of objects that have memory and can be drawn.

Constructor & Destructor Documentation

◆ GraphicsObjectManager()

GraphicsObjectManager::GraphicsObjectManager	(	VkInstance	instance,
		VkPhysicalDevice	gpu,
		VkDevice	logDevice,
		VkQueue	graphicsQueue,
		std::shared_mutex &	graphicsMutex,
		uint32_t	graphicsQueueFamily,
		const uint32_t	frameCount
	)

Creates a graphics object manager.

Parameters

instance	is a Vulkan instance.
gpu	is the physical device.
logDevice	is the logical device.
graphicsQueue	is the queue for graphics operations.
graphicsMutex	is a mutex for graphics operations.
graphicsQueueFamily	is the family index of the graphics queue.
frameCount	is the number of frames.

◆ ~GraphicsObjectManager()

GraphicsObjectManager::~GraphicsObjectManager ( )

Destructor.

Member Function Documentation

◆ addArea()

bool GraphicsObjectManager::addArea	(	const std::vector< Vertex > &	vertices,
		const std::vector< uint32_t > &	indices,
		std::array< ImageData, 6 >	textures,
		VkSampler	texSampler
	)

Adds an area object to the buffer manager.

Parameters

vertices	of the area
indices	of the area
textures	of the area

Returns: boolean indicating success

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◆ addCharacter()

bool GraphicsObjectManager::addCharacter	(	int	characterID,
		const std::vector< CharacterVertex > &	vertices,
		const std::vector< uint32_t > &	indices,
		ImageData &	texture,
		glm::mat4	transformation,
		glm::mat4	bindPose[MAX_BONES],
		VkSampler	imgSampler,
		PhongMaterial	material = `PhongMaterial::getDefaultMaterial()`
	)

Adds a character to the buffer manager with the given parameters.

Parameters

characterID	is the id of the character
vertices	of the character
indices	of the character
texture	of the character
transformation	to be applied to the character
bindPose	is the bind pose bone data of the character
imgSampler	is the sampler for the texture of the character

Returns: boolean indicating success of the operation

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◆ addGameObject()

bool GraphicsObjectManager::addGameObject	(	int	objectId,
		const std::vector< Vertex > &	vertices,
		const std::vector< uint32_t > &	indices,
		ImageData &	texture,
		glm::mat4	transformation,
		VkSampler	imgSampler,
		PhongMaterial	material = `PhongMaterial::getDefaultMaterial()`
	)

Adds a game object to the buffer manager.

Parameters

objectId
vertices	of the object
indices	of the points making up triangles
texture	of the object
transformation	to be applied to the object
imgSampler	is the sampler for the texture of the gameobject

Returns: boolean indicating success of the operation

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◆ addTestObject()

bool GraphicsObjectManager::addTestObject	(	int	id,
		const std::vector< SimpleVertex > &	vertices,
		const std::vector< uint32_t > &	indices,
		glm::mat4	transformation
	)

Adds a test object to the buffer manager.

Parameters

id	of the object
vertices
indices
transformation

Returns: boolean indicating success

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◆ addTransferQueueFamilyAccess()

void GraphicsObjectManager::addTransferQueueFamilyAccess	(	const uint32_t	transferQueueFamily,
		VkQueue	transferQueue
	)

Adds the given transfer queue to the manager.

Parameters

transferQueueFamily	is the family index of the transfer queue.
transferQueue	is the transfer queue.

◆ cleanResources()

bool GraphicsObjectManager::cleanResources	(	int	id,
		ObjectType	type
	)

Cleans resources of the given id, if they exists.

Parameters

id	is the id of the object.
type	is the type of the object.

Returns: boolean indicating success

◆ copyBuffer()

void GraphicsObjectManager::copyBuffer	(	AllocatedBuffer	allocBuffer,
		const void *	srcData
	)

Copies the given data to the given buffer.

Parameters

allocBuffer	is the buffer to which the data is copied.
srcData	is the source data.

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◆ copyImage()

void GraphicsObjectManager::copyImage	(	AllocatedImage	allocImage,
		const ImageData &	srcData
	)

Copies the given data to the given image.

Parameters

allocImage	is the image to copy to.
srcData	is the source image data.

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◆ createBuffer() [1/2]

AllocatedBuffer GraphicsObjectManager::createBuffer	(	VkDeviceSize	size,
		VkBufferUsageFlags	usage,
		VmaAllocationInfo &	info,
		VmaMemoryUsage	memUsage = `VMA_MEMORY_USAGE_AUTO`,
		VmaAllocationCreateFlags	vmaCreationFlags = `0`,
		VkMemoryPropertyFlags	requiredFlags = `0`,
		VkMemoryPropertyFlags	preferredFlags = `0`
	)

private

Creates a buffer with the given parameters.

Parameters

size	is the size of the buffer in bytes.
usage	is the usage of the buffer.
info	is the allocation info of the buffer to be filled.
memUsage	is the memory usage of the buffer.
vmaCreationFlags	are the flags for the creation of the buffer.
requiredFlags	are the required memory property flags.
preferredFlags	are the preferred memory property flags.

Returns: The allocated buffer.

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◆ createBuffer() [2/2]

AllocatedBuffer GraphicsObjectManager::createBuffer	(	VkDeviceSize	size,
		VkBufferUsageFlags	usage,
		VmaMemoryUsage	memUsage = `VMA_MEMORY_USAGE_AUTO`,
		VmaAllocationCreateFlags	vmaCreationFlags = `0`,
		VkMemoryPropertyFlags	requiredFlags = `0`,
		VkMemoryPropertyFlags	preferredFlags = `0`
	)

private

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◆ createCombinedImage()

CombinedImage GraphicsObjectManager::createCombinedImage	(	uint32_t	width,
		uint32_t	height,
		VkFormat	format
	)

Creates an image for the given data and stores the memory to this class.

Parameters

data	of the image

Returns: combined image struct (image allocation, image view and vkimage)

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◆ createDepthImage()

AllocatedImage GraphicsObjectManager::createDepthImage	(	uint32_t	width,
		uint32_t	height,
		VkFormat	depthFormat
	)

Creates a depth image.

Parameters

width	is the width of the image.
height	is the height of the image.
depthFormat	is the format of the depth image.

Returns: AllocatedImage object.

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◆ createDescriptorBuilder()

void GraphicsObjectManager::createDescriptorBuilder ( )

private

Initializes the descriptorBuilder member.

◆ createImage()

AllocatedImage GraphicsObjectManager::createImage	(	uint32_t	width,
		uint32_t	height,
		VkFormat	format,
		VkImageTiling	tiling = `VK_IMAGE_TILING_OPTIMAL`,
		VkImageUsageFlags	usage = `VK_IMAGE_USAGE_TRANSFER_DST_BIT \| VK_IMAGE_USAGE_SAMPLED_BIT`,
		VmaMemoryUsage	memUsage = `VMA_MEMORY_USAGE_AUTO`,
		VmaAllocationCreateFlags	vmaCreationFlags = `0`,
		VkMemoryPropertyFlags	requiredFlags = `0`,
		VkMemoryPropertyFlags	preferredFlags = `0`
	)

private

Creates an allocated image. The standard parameters make it easy to create a texture image on the GPU. More specific use cases must be specified through the parameters.

Parameters

width	The width of the image.
height	The height of the image.
format	The format of the image.
tiling	The tiling of the image.
usage	The usage of the image.
memUsage	The VMA memory usage of the image.
vmaCreationFlags	The VMA creation flags of the image.
requiredFlags	The required memory property flags.
preferredFlags	The preferred memory property flags.

Returns: The allocated image.

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◆ createImageView()

VkImageView GraphicsObjectManager::createImageView	(	VkImage	image,
		VkFormat	format,
		VkImageAspectFlags	aspectFlags = `VK_IMAGE_ASPECT_COLOR_BIT`
	)

Creates an image view for the given image and format.

Parameters

image	The image for which to create a view.
format	The format of the image view.

Returns: The created image view. The caller is responsible for the destruction of the allocated resource.

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◆ createStagingBuffer()

AllocatedBuffer GraphicsObjectManager::createStagingBuffer	(	VkDeviceSize	size,
		VmaAllocationInfo &	allocInfo
	)

private

Helper for creating a staging buffer.

Parameters

size	of the staging buffer
allocInfo	to be filled

Returns: The allocated buffer

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◆ createSun()

void GraphicsObjectManager::createSun ( )

private

Creates necessary memory allocations and mappings for a sun.

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◆ destroyImage()

void GraphicsObjectManager::destroyImage ( AllocatedImage image )

Interface for destroying an image That is owned by the user of this class.

Parameters

image

◆ endCommandBuffer()

bool GraphicsObjectManager::endCommandBuffer	(	VkCommandBuffer	commandBuffer,
		VkFence	fence = `VK_NULL_HANDLE`
	)

private

Submits the given command buffer to be executed on the gpu.

Parameters

commandBuffer	to end
fence	to set signal.

Returns: boolean indicating success

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◆ getDrawableObjects()

std::vector< DrawableObject > GraphicsObjectManager::getDrawableObjects	(	ObjectType	type,
		uint32_t	frame
	)		const

Returns drawable objects of the given type.

Parameters

type	of object desired for drawing

Returns: List of drawableobject structs

◆ getLayout()

VkDescriptorSetLayout GraphicsObjectManager::getLayout ( ObjectType type ) const

Returns the descriptor set layout for the given object type.

Parameters

type

Returns

◆ getLayoutCount()

uint32_t GraphicsObjectManager::getLayoutCount ( ObjectType type ) const

Returns the number of descriptor layouts of the given type. Currently not a very useful function. However, it might be useful in the future.

Parameters

type	of object to be queried for.

Returns: number of layouts

◆ getPipelineAndAccessFlags()

bool GraphicsObjectManager::getPipelineAndAccessFlags	(	VkImageLayout	srcLayout,
		VkImageLayout	dstLayout,
		std::pair< VkAccessFlags, VkAccessFlags > &	srcAndDstAccessMasks,
		std::pair< VkPipelineStageFlags, VkPipelineStageFlags > &	srcAndDstStages
	)

private

Fills access masks and pipeline stages when given source and destination layouts for an image.

Parameters

srcLayout	of the image
dstLayout	of the image
srcAndDstAccessMasks	to be filled
srcAndDstStages	to be filled

Returns: boolean indicating if the given layout pair is valid

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◆ getQueueFamilyCount()

uint32_t GraphicsObjectManager::getQueueFamilyCount ( )

private

Returns number of queue families.

Returns

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◆ getQueueTransitionFamilies()

std::pair< uint32_t, uint32_t > GraphicsObjectManager::getQueueTransitionFamilies ( )

private

Queue families should be transferred, if the resources are using multiple queues, and the sharingmode is exclusive, or the desired stage is available only to another queue. todo could be updated in the future.

◆ getSharingMode()

VkSharingMode GraphicsObjectManager::getSharingMode ( )

private

Returns the sharing mode of created resources.

Parameters

id	of the object

Returns: VK_SHARING_MODE_CONCURRENT if separate graphics queue is set.; VK_SHARING_MODE_EXCLUSIVE if transfer queue is the graphics queue.

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◆ getSunDescriptorSet()

VkDescriptorSet GraphicsObjectManager::getSunDescriptorSet ( uint32_t frame ) const

Returns the descriptor set of the sun for the given frame.

Parameters

frame to get the descriptor set for.

Returns: VkDescriptorSet of the sun.

◆ getSunLayout()

VkDescriptorSetLayout GraphicsObjectManager::getSunLayout ( ) const

Returns the descriptor set layout of the sun.

Returns

◆ startCommandBuffer()

VkCommandBuffer GraphicsObjectManager::startCommandBuffer ( bool preferTransfer )

private

Allocates and begins a command buffer.

Parameters

preferTransfer indicates if the transfer unit should be used.

Returns: The allocated command buffer.

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◆ transitionDepthImageLayout()

void GraphicsObjectManager::transitionDepthImageLayout	(	AllocatedImage	depthImage,
		VkFormat	depthFormat,
		VkImageLayout	srcLayout,
		VkImageLayout	dstLayout
	)

Transitions the given image to the given layout using graphics queue.

Parameters

depthImage
depthFormat
srcLayout
dstLayout

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◆ transitionImageLayout()

void GraphicsObjectManager::transitionImageLayout	(	VkImage	image,
		VkFormat	format,
		VkImageLayout	oldLayout,
		VkImageLayout	newLayout,
		VkCommandBuffer	commandBuffer,
		VkImageAspectFlags	aspectFlags = `VK_IMAGE_ASPECT_COLOR_BIT`,
		std::pair< uint32_t, uint32_t >	srcAndDstQueueFamilies = `{VK_QUEUE_FAMILY_IGNORED, VK_QUEUE_FAMILY_IGNORED}`
	)

private

Records image layout transition barrier to the given command buffer.

Parameters

image	to transition
format	of the image
oldLayout	of the image
newLayout	of the image
commandBuffer	to record the transition to
srcQueueFamilyIndex	& dstQueueFamilyIndex of the source family. Use the default value if you do not want to change queue ownership

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◆ updateCameraDescriptor()

void GraphicsObjectManager::updateCameraDescriptor	(	const void *	srcData,
		uint32_t	frame
	)

Updates the camera descriptor with the given data.

Parameters

srcData	is the data to be copied
frame	is the frame of the update

◆ updateCharacterDescriptor()

void GraphicsObjectManager::updateCharacterDescriptor	(	int	id,
		const void *	transformSrcData,
		const void *	boneSrcData,
		uint32_t	frame
	)

Parameters

id	of the character
transformSrcData	is the transformation data to be copied to the buffer (4x4 matrix)
boneSrcData	is the bone data to be copied (list of matrixes)
frame	is the frame of the update

◆ updateObjectDescriptor()

void GraphicsObjectManager::updateObjectDescriptor	(	int	id,
		const void *	srcData,
		uint32_t	frame
	)

Updates the object descriptor with the given data.

Parameters

id	of the object to update
srcData	is the data to be copied to the buffer (4x4 matrix)
frame	is the frame of the update

◆ updateSunDescriptor()

void GraphicsObjectManager::updateSunDescriptor	(	const void *	srcData,
		uint32_t	frame
	)

Updates the sun descriptor with the given data.

Parameters

srcData	is the data to be copied
frame	is the frame of the update

◆ updateTestObject()

void GraphicsObjectManager::updateTestObject	(	int	id,
		const void *	srcData,
		uint32_t	frame
	)

Updates test object data.

Parameters

id	is the ID of the object.
srcData	is the source data.
frame	is the frame number.

Member Data Documentation

◆ activeCommandUnitM

std::optional<CommandUnit> GraphicsObjectManager::activeCommandUnitM

private

◆ allocatedImagesM

std::vector<CombinedImage> GraphicsObjectManager::allocatedImagesM

private

◆ allocatorM

VmaAllocator GraphicsObjectManager::allocatorM

private

◆ areaObjectsM

std::vector<AreaObject> GraphicsObjectManager::areaObjectsM

private

◆ characterObjectsM

std::unordered_map<int, CharacterObject> GraphicsObjectManager::characterObjectsM

private

◆ descriptorSetLayoutsM

std::array<VkDescriptorSetLayout, OBJECT_TYPE_COUNT> GraphicsObjectManager::descriptorSetLayoutsM

private

◆ frameCountM

uint32_t GraphicsObjectManager::frameCountM

private

◆ gameObjectsM

std::unordered_map<int, GameObject> GraphicsObjectManager::gameObjectsM

private

◆ graphicsCommandUnitM

CommandUnit GraphicsObjectManager::graphicsCommandUnitM

private

◆ graphicsQueueMutexM

std::shared_mutex& GraphicsObjectManager::graphicsQueueMutexM

private

◆ logDeviceM

VkDevice GraphicsObjectManager::logDeviceM

private

◆ minOffsetM

VkDeviceSize GraphicsObjectManager::minOffsetM

private

Minimum offset alignment for uniform buffers.

◆ pBuilderM

std::unique_ptr<DescriptorBuilder> GraphicsObjectManager::pBuilderM

private

◆ sunLayoutM

VkDescriptorSetLayout GraphicsObjectManager::sunLayoutM

private

◆ sunM

LightObject GraphicsObjectManager::sunM

private

◆ testObjectsM

std::unordered_map<int, TestObject> GraphicsObjectManager::testObjectsM

private

◆ transferCommandUnitM

std::optional<CommandUnit> GraphicsObjectManager::transferCommandUnitM

private

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

Classes

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ GraphicsObjectManager()

◆ ~GraphicsObjectManager()

Member Function Documentation

◆ addArea()

◆ addCharacter()

◆ addGameObject()

◆ addTestObject()

◆ addTransferQueueFamilyAccess()

◆ cleanResources()

◆ copyBuffer()

◆ copyImage()

◆ createBuffer() [1/2]

◆ createBuffer() [2/2]

◆ createCombinedImage()

◆ createDepthImage()

◆ createDescriptorBuilder()

◆ createImage()

◆ createImageView()

◆ createStagingBuffer()

◆ createSun()

◆ destroyImage()

◆ endCommandBuffer()

◆ getDrawableObjects()

◆ getLayout()

◆ getLayoutCount()

◆ getPipelineAndAccessFlags()

◆ getQueueFamilyCount()

◆ getQueueTransitionFamilies()

◆ getSharingMode()

◆ getSunDescriptorSet()

◆ getSunLayout()

◆ startCommandBuffer()

◆ transitionDepthImageLayout()

◆ transitionImageLayout()

◆ updateCameraDescriptor()

◆ updateCharacterDescriptor()

◆ updateObjectDescriptor()

◆ updateSunDescriptor()

◆ updateTestObject()

Member Data Documentation

◆ activeCommandUnitM

◆ allocatedImagesM

◆ allocatorM

◆ areaObjectsM

◆ characterObjectsM

◆ descriptorSetLayoutsM

◆ frameCountM

◆ gameObjectsM

◆ graphicsCommandUnitM

◆ graphicsQueueMutexM

◆ logDeviceM

◆ minOffsetM

◆ pBuilderM

◆ sunLayoutM

◆ sunM

◆ testObjectsM

◆ transferCommandUnitM