the base class for applications More...

#include <cs237-application.hpp>

Collaboration diagram for cs237::Application:

[legend]

Classes
struct	Queues
	information about queue families More...

struct	SamplerInfo

struct	SwapChainDetails

Public Member Functions
	Application (std::vector< std::string > const &args, std::string const &name="CS237 App")
	constructor for application base class

virtual	~Application ()

virtual void	run ()=0
	main function for running the application

std::string	name () const
	return the application name

bool	debug () const
	is the program in debug mode?

bool	verbose () const
	is the program in verbose mode?

std::vector< vk::ExtensionProperties >	supportedDeviceExtensions ()
	Get the list of supported Vulkan device extensions for the selected physical device.

vk::Sampler	createSampler (SamplerInfo const &info)
	Create a texture sampler as specified.

vk::Sampler	createDepthSampler (SamplerInfo const &info)
	Create a depth-texture sampler as specified.

vk::Device	device () const
	get the logical device

const vk::PhysicalDeviceProperties *	props () const
	get the physical-device properties pointer

const vk::PhysicalDeviceLimits *	limits () const
	access function for the physical device limits

const vk::PhysicalDeviceFeatures *	features () const
	access function for the physical device features

vk::FormatProperties	formatProps (vk::Format fmt) const
	access function for the properties of an image format

vk::PipelineLayout	createPipelineLayout (std::vector< vk::DescriptorSetLayout > descSets, std::vector< vk::PushConstantRange > pcrs)
	Create a pipeline layout.

vk::PipelineLayout	createPipelineLayout (vk::DescriptorSetLayout descSet)
	Create a pipeline layout for a single descriptor set.

vk::Pipeline	createPipeline (cs237::Shaders *shaders, vk::PipelineVertexInputStateCreateInfo const &vertexInfo, vk::PrimitiveTopology prim, bool primRestart, vk::ArrayProxy< vk::Viewport > const &viewports, vk::ArrayProxy< vk::Rect2D > const &scissors, bool depthClamp, vk::PolygonMode polyMode, vk::CullModeFlags cullMode, vk::FrontFace front, vk::PipelineLayout layout, vk::RenderPass renderPass, uint32_t subPass, vk::ArrayProxy< vk::DynamicState > const &dynamic)
	Allocate a graphics pipeline.

vk::Pipeline	createPipeline (cs237::Shaders *shaders, vk::PipelineVertexInputStateCreateInfo const &vertexInfo, vk::PrimitiveTopology prim, vk::ArrayProxy< vk::Viewport > const &viewports, vk::ArrayProxy< vk::Rect2D > const &scissors, vk::PolygonMode polyMode, vk::CullModeFlags cullMode, vk::FrontFace front, vk::PipelineLayout layout, vk::RenderPass renderPass, uint32_t subPass, vk::ArrayProxy< vk::DynamicState > const &dynamic)
	Allocate a graphics pipeline using common defaults.

vk::CommandBuffer	newCommandBuf ()
	create and initialize a command buffer

void	beginCommands (vk::CommandBuffer cmdBuf, bool oneTime=false)
	begin recording commands in the given command buffer

void	endCommands (vk::CommandBuffer cmdBuf)
	end the recording of commands in the give command buffer

void	submitCommands (vk::CommandBuffer cmdBuf)
	end the commands and submit the buffer to the graphics queue.

void	freeCommandBuf (vk::CommandBuffer &cmdBuf)
	free the command buffer

Static Public Member Functions
static std::vector< vk::ExtensionProperties >	supportedExtensions ()
	Get the list of supported Vulkan instance extensions.

static std::vector< vk::LayerProperties >	supportedLayers ()
	Get the list of supported layers.

Protected Member Functions
void	_createInstance ()
	A helper function to create and initialize the Vulkan instance used by the application.

void	_getPhysicalDeviceProperties () const
	function that gets the physical-device properties and caches the pointer in the `_propsCache` field.

void	_getPhysicalDeviceFeatures () const
	function that gets the physical-device features and caches the pointer in the `_featuresCache` field.

void	_selectDevice (vk::PhysicalDeviceFeatures *reqFeatures=nullptr)
	A helper function to select the GPU to use.

int32_t	_findMemory (uint32_t reqTypeBits, vk::MemoryPropertyFlags reqProps) const
	A helper function to identify the index of a device memory type that has the required type and properties.

vk::Format	_findBestFormat (std::vector< vk::Format > candidates, vk::ImageTiling tiling, vk::FormatFeatureFlags features)
	A helper function to identify the best image format supported by the device from an ordered list of candidate formats.

void	_initCommandPool ()
	allocate the command pool for the application

vk::Format	_depthStencilBufferFormat (bool depth, bool stencil)
	A helper function to identify the best depth/stencil-buffer attachment format for the device.

bool	_getQIndices (vk::PhysicalDevice dev)
	A helper function to identify the queue-family indices for the physical device that we are using.

void	_createLogicalDevice ()
	A helper function to create the logical device during initialization.

vk::Image	_createImage (uint32_t wid, uint32_t ht, vk::Format format, vk::ImageTiling tiling, vk::ImageUsageFlags usage, vk::ImageLayout layout, uint32_t mipLvls=1)
	A helper function for creating a Vulkan image that can be used for textures or depth buffers.

vk::Image	_createImage (uint32_t wid, uint32_t ht, vk::Format format, vk::ImageTiling tiling, vk::ImageUsageFlags usage, uint32_t mipLvls=1)
	A helper function for creating a Vulkan image that can be used for textures or depth buffers.

vk::DeviceMemory	_allocImageMemory (vk::Image img, vk::MemoryPropertyFlags props)
	A helper function for allocating and binding device memory for an image.

vk::ImageView	_createImageView (vk::Image image, vk::Format format, vk::ImageAspectFlags aspectFlags)
	A helper function for creating a Vulkan image view object for an image.

void	_transitionImageLayout (vk::Image image, vk::Format format, vk::ImageLayout oldLayout, vk::ImageLayout newLayout)
	A helper function for changing the layout of an image.

vk::Buffer	_createBuffer (size_t size, vk::BufferUsageFlags usage)
	create a vk::Buffer object

vk::DeviceMemory	_allocBufferMemory (vk::Buffer buf, vk::MemoryPropertyFlags props)
	A helper function for allocating and binding device memory for a buffer.

void	_copyBuffer (vk::Buffer dstBuf, vk::Buffer srcBuf, size_t offset, size_t size)
	copy data from one buffer to another using the GPU

void	_copyBufferToImage (vk::Image dstImg, vk::Buffer srcBuf, size_t size, uint32_t wid, uint32_t ht=1, uint32_t depth=1)
	copy data from a buffer to an image

void	_initDebug ()

void	_cleanupDebug ()

Protected Attributes
std::string	_name
	the application name

vk::DebugUtilsMessageSeverityFlagsEXT	_messages
	set to the message severity level

bool	_debug
	set when validation layers should be enabled

vk::Instance	_instance
	the Vulkan instance used by the application

vk::PhysicalDevice	_gpu
	the graphics card (aka device) that we are using

vk::PhysicalDeviceProperties *	_propsCache

vk::PhysicalDeviceFeatures *	_featuresCache
	a cache of the physical device properties

vk::Device	_device
	the logical device that we are using to render

Queues< uint32_t >	_qIdxs
	the queue family indices

Queues< vk::Queue >	_queues
	the device queues that we are using

vk::CommandPool	_cmdPool
	pool for allocating command buffers

VkDebugUtilsMessengerEXT	_debugMessenger

Friends
class	Window

class	Buffer

class	MemoryObj

class	__detail::TextureBase

class	Texture1D

class	Texture2D

class	DepthBuffer

Detailed Description

the base class for applications

Constructor & Destructor Documentation

◆ Application()

cs237::Application::Application	(	std::vector< std::string > const &	args,
		std::string const &	name = `"CS237 App"`
	)

constructor for application base class

Parameters

args	vector of the command-line arguments
name	optional name of the application

◆ ~Application()

virtual cs237::Application::~Application ( )

virtual

Member Function Documentation

◆ _allocBufferMemory()

vk::DeviceMemory cs237::Application::_allocBufferMemory	(	vk::Buffer	buf,
		vk::MemoryPropertyFlags	props
	)

protected

A helper function for allocating and binding device memory for a buffer.

Parameters

buf	the buffer to allocate memory for
props	requred memory properties

Returns: the device memory that has been bound to the buffer

◆ _allocImageMemory()

vk::DeviceMemory cs237::Application::_allocImageMemory	(	vk::Image	img,
		vk::MemoryPropertyFlags	props
	)

protected

A helper function for allocating and binding device memory for an image.

Parameters

img	the image to allocate memory for
props	requred memory properties

Returns: the device memory that has been bound to the image

◆ _cleanupDebug()

void cs237::Application::_cleanupDebug ( )

protected

◆ _copyBuffer()

void cs237::Application::_copyBuffer	(	vk::Buffer	dstBuf,
		vk::Buffer	srcBuf,
		size_t	offset,
		size_t	size
	)

protected

copy data from one buffer to another using the GPU

Parameters

dstBuf	the destination buffer
srcBuf	the source buffer
offset	the offset in the destination buffer to copy to
size	the size (in bytes) of data to copy

◆ _copyBufferToImage()

void cs237::Application::_copyBufferToImage	(	vk::Image	dstImg,
		vk::Buffer	srcBuf,
		size_t	size,
		uint32_t	wid,
		uint32_t	ht = `1`,
		uint32_t	depth = `1`
	)

protected

copy data from a buffer to an image

Parameters

dstImg	the destination image
srcBuf	the source buffer
size	the size (in bytes) of data to copy
wid	the image width
ht	the image height (default 1)
depth	the image depth (default 1)

◆ _createBuffer()

vk::Buffer cs237::Application::_createBuffer	(	size_t	size,
		vk::BufferUsageFlags	usage
	)

protected

create a vk::Buffer object

Parameters

size	the size of the buffer in bytes
usage	the usage of the buffer

Returns: the allocated buffer

◆ _createImage() [1/2]

vk::Image cs237::Application::_createImage	(	uint32_t	wid,
		uint32_t	ht,
		vk::Format	format,
		vk::ImageTiling	tiling,
		vk::ImageUsageFlags	usage,
		uint32_t	mipLvls = `1`
	)

inlineprotected

A helper function for creating a Vulkan image that can be used for textures or depth buffers.

Parameters

wid	the image width
ht	the image height
format	the pixel format for the image
tiling	the tiling method for the pixels (device optimal vs linear)
usage	flags specifying the usage of the image
mipLvls	number of mipmap levels for the image

Returns: the created image

◆ _createImage() [2/2]

vk::Image cs237::Application::_createImage	(	uint32_t	wid,
		uint32_t	ht,
		vk::Format	format,
		vk::ImageTiling	tiling,
		vk::ImageUsageFlags	usage,
		vk::ImageLayout	layout,
		uint32_t	mipLvls = `1`
	)

protected

A helper function for creating a Vulkan image that can be used for textures or depth buffers.

Parameters

wid	the image width
ht	the image height
format	the pixel format for the image
tiling	the tiling method for the pixels (device optimal vs linear)
usage	flags specifying the usage of the image
layout	the image layout
mipLvls	number of mipmap levels for the image (default = 1)

Returns: the created image

◆ _createImageView()

vk::ImageView cs237::Application::_createImageView	(	vk::Image	image,
		vk::Format	format,
		vk::ImageAspectFlags	aspectFlags
	)

protected

A helper function for creating a Vulkan image view object for an image.

◆ _createInstance()

void cs237::Application::_createInstance ( )

protected

A helper function to create and initialize the Vulkan instance used by the application.

◆ _createLogicalDevice()

void cs237::Application::_createLogicalDevice ( )

protected

A helper function to create the logical device during initialization.

This function initializes the _device, _qIdxs, and _queues instance variables.

◆ _depthStencilBufferFormat()

vk::Format cs237::Application::_depthStencilBufferFormat	(	bool	depth,
		bool	stencil
	)

protected

A helper function to identify the best depth/stencil-buffer attachment format for the device.

Parameters

depth	set to true if requesting depth-buffer support
stencil	set to true if requesting stencil-buffer support

Returns: the format that has the requested buffer support and the best precision. Returns VK_FORMAT_UNDEFINED is depth and stencil are both false or if there s no depth-buffer support

◆ _findBestFormat()

vk::Format cs237::Application::_findBestFormat	(	std::vector< vk::Format >	candidates,
		vk::ImageTiling	tiling,
		vk::FormatFeatureFlags	features
	)

protected

A helper function to identify the best image format supported by the device from an ordered list of candidate formats.

Parameters

candidates	list of candidates in order of preference
tiling	how pixels are to be tiled in the image (linear vs optimal)
features	required features for the format

Returns: the first format in the list of candidates that has the required features for the specified tiling. VK_FORMAT_UNDEFINED is returned if there is no valid candidate

◆ _findMemory()

int32_t cs237::Application::_findMemory	(	uint32_t	reqTypeBits,
		vk::MemoryPropertyFlags	reqProps
	)		const

protected

A helper function to identify the index of a device memory type that has the required type and properties.

Parameters

reqTypeBits	bit mask that specifies the possible memory types
reqProps	memory property bit mask

Returns: the index of the lowest set bit in reqTypeBits that has the required properties. If no such memory exists, then -1 is returned.

◆ _getPhysicalDeviceFeatures()

void cs237::Application::_getPhysicalDeviceFeatures ( ) const

protected

function that gets the physical-device features and caches the pointer in the _featuresCache field.

◆ _getPhysicalDeviceProperties()

void cs237::Application::_getPhysicalDeviceProperties ( ) const

protected

function that gets the physical-device properties and caches the pointer in the _propsCache field.

◆ _getQIndices()

bool cs237::Application::_getQIndices ( vk::PhysicalDevice dev )

protected

A helper function to identify the queue-family indices for the physical device that we are using.

Returns: true if the device supports all of the required queue types and false otherwise.

If this function returns true, then the _qIdxs instance variable will be initialized to the queue family indices that were detected.

◆ _initCommandPool()

void cs237::Application::_initCommandPool ( )

protected

allocate the command pool for the application

◆ _initDebug()

void cs237::Application::_initDebug ( )

protected

◆ _selectDevice()

void cs237::Application::_selectDevice ( vk::PhysicalDeviceFeatures * reqFeatures = nullptr )

protected

A helper function to select the GPU to use.

Parameters

reqFeatures points to a structure specifying the required features of the selected device.

◆ _transitionImageLayout()

void cs237::Application::_transitionImageLayout	(	vk::Image	image,
		vk::Format	format,
		vk::ImageLayout	oldLayout,
		vk::ImageLayout	newLayout
	)

protected

A helper function for changing the layout of an image.

◆ beginCommands()

void cs237::Application::beginCommands	(	vk::CommandBuffer	cmdBuf,
		bool	oneTime = `false`
	)

inline

begin recording commands in the given command buffer

Parameters

cmdBuf	the command buffer to use for recording commands
oneTime	true if this command buffer is only going to be used once

◆ createDepthSampler()

vk::Sampler cs237::Application::createDepthSampler ( SamplerInfo const & info )

Create a depth-texture sampler as specified.

Parameters

info	a simplified sampler specification

Returns: the created depth-texture sampler

◆ createPipeline() [1/2]

vk::Pipeline cs237::Application::createPipeline	(	cs237::Shaders *	shaders,
		vk::PipelineVertexInputStateCreateInfo const &	vertexInfo,
		vk::PrimitiveTopology	prim,
		bool	primRestart,
		vk::ArrayProxy< vk::Viewport > const &	viewports,
		vk::ArrayProxy< vk::Rect2D > const &	scissors,
		bool	depthClamp,
		vk::PolygonMode	polyMode,
		vk::CullModeFlags	cullMode,
		vk::FrontFace	front,
		vk::PipelineLayout	layout,
		vk::RenderPass	renderPass,
		uint32_t	subPass,
		vk::ArrayProxy< vk::DynamicState > const &	dynamic
	)

Allocate a graphics pipeline.

Parameters

shaders	shaders for the pipeline
vertexInfo	vertex info
prim	primitive topology
primRestart	true if primitive restart should be enabled
viewports	vector of viewports; ignored if the viewport state is dynamic
scissors	vector of scissor rectangles; ignored if the scissor state is dynamic
depthClamp	true if depth clamping is enabled
polyMode	polygon mode
cullMode	primitive culling mode
front	the winding order that defines the front face of a triangle
layout	the pipeline layout
renderPass	a render pass that is compatible with the render pass to be used
subPass	the index of the subpass in the render pass where the pipeline will be used
dynamic	vector that specifies which parts of the pipeline can be dynamically set during the

Returns: the created pipeline

This function creates a pipeline with the following properties:

rasterization discard is disabled
depth bias is disabled
no multisampling
depth-test is enabled
depth-write is enabled
LESS is the depth-compare operation
bounds-test is disabled
stencil-test is disabled
color blending is disabled
blending logic-op is disabled

◆ createPipeline() [2/2]

vk::Pipeline cs237::Application::createPipeline	(	cs237::Shaders *	shaders,
		vk::PipelineVertexInputStateCreateInfo const &	vertexInfo,
		vk::PrimitiveTopology	prim,
		vk::ArrayProxy< vk::Viewport > const &	viewports,
		vk::ArrayProxy< vk::Rect2D > const &	scissors,
		vk::PolygonMode	polyMode,
		vk::CullModeFlags	cullMode,
		vk::FrontFace	front,
		vk::PipelineLayout	layout,
		vk::RenderPass	renderPass,
		uint32_t	subPass,
		vk::ArrayProxy< vk::DynamicState > const &	dynamic
	)

inline

Allocate a graphics pipeline using common defaults.

Parameters

shaders	shaders for the pipeline
vertexInfo	vertex info
prim	primitive topology
viewports	vector of viewports; ignored if the viewport state is dynamic
scissors	vector of scissor rectangles; ignored if the scissor state is dynamic
polyMode	polygon mode
cullMode	primitive culling mode
front	the winding order that defines the front face of a triangle
layout	the pipeline layout
renderPass	a render pass that is compatible with the render pass to be used
subPass	the index of the subpass in the render pass where the pipeline will be used
dynamic	vector that specifies which parts of the pipeline can be dynamically set during the

Returns: the created pipeline

This function creates a pipeline with the following properties:

primitive restart is disabled
depth clamping is disabled
rasterization discard is disabled
depth bias is disabled
no multisampling
depth-test is enabled
depth-write is enabled
LESS is the depth-compare operation
bounds-test is disabled
stencil-test is disabled
color blending is disabled
blending logic-op is disabled

◆ createPipelineLayout() [1/2]

vk::PipelineLayout cs237::Application::createPipelineLayout	(	std::vector< vk::DescriptorSetLayout >	descSets,
		std::vector< vk::PushConstantRange >	pcrs
	)

inline

Create a pipeline layout.

Parameters

descSets	the descriptor sets for the pipeline
pcrs	the push-constant ranged for the pipeline

Returns: the created pipeline layout object

Note that the Vulkan specification recommends using multiple descriptor sets when you have uniforms that are updated at different frequencies (e.g., per-scene vs. per-object). It also recommends putting the least frequently changing descriptor sets at the beginning.

◆ createPipelineLayout() [2/2]

vk::PipelineLayout cs237::Application::createPipelineLayout ( vk::DescriptorSetLayout descSet )

inline

Create a pipeline layout for a single descriptor set.

Parameters

descSet the single descriptor sets for the pipeline

Returns: the created pipeline layout object

◆ createSampler()

vk::Sampler cs237::Application::createSampler ( SamplerInfo const & info )

Create a texture sampler as specified.

Parameters

info	a simplified sampler specification

Returns: the created sampler

◆ debug()

bool cs237::Application::debug ( ) const

inline

is the program in debug mode?

◆ device()

vk::Device cs237::Application::device ( ) const

inline

get the logical device

◆ endCommands()

void cs237::Application::endCommands ( vk::CommandBuffer cmdBuf )

inline

end the recording of commands in the give command buffer

Parameters

cmdBuf the command buffer that we are recording in

◆ features()

const vk::PhysicalDeviceFeatures * cs237::Application::features ( ) const

inline

access function for the physical device features

◆ formatProps()

vk::FormatProperties cs237::Application::formatProps ( vk::Format fmt ) const

inline

access function for the properties of an image format

◆ freeCommandBuf()

void cs237::Application::freeCommandBuf ( vk::CommandBuffer & cmdBuf )

inline

free the command buffer

Parameters

cmdBuf the command buffer to free

◆ limits()

const vk::PhysicalDeviceLimits * cs237::Application::limits ( ) const

inline

access function for the physical device limits

◆ name()

std::string cs237::Application::name ( ) const

inline

return the application name

◆ newCommandBuf()

vk::CommandBuffer cs237::Application::newCommandBuf ( )

inline

create and initialize a command buffer

Returns: the fresh command buffer

◆ props()

const vk::PhysicalDeviceProperties * cs237::Application::props ( ) const

inline

get the physical-device properties pointer

◆ run()

virtual void cs237::Application::run ( )

pure virtual

main function for running the application

◆ submitCommands()

void cs237::Application::submitCommands ( vk::CommandBuffer cmdBuf )

inline

end the commands and submit the buffer to the graphics queue.

Parameters

cmdBuf the command buffer to submit

◆ supportedDeviceExtensions()

std::vector< vk::ExtensionProperties > cs237::Application::supportedDeviceExtensions ( )

inline

Get the list of supported Vulkan device extensions for the selected physical device.

Returns: The vector of vk::ExtensionProperties for the supported extensions

◆ supportedExtensions()

static std::vector< vk::ExtensionProperties > cs237::Application::supportedExtensions ( )

inlinestatic

Get the list of supported Vulkan instance extensions.

Returns: The vector of vk::ExtensionProperties for the supported extensions

◆ supportedLayers()

static std::vector< vk::LayerProperties > cs237::Application::supportedLayers ( )

inlinestatic

Get the list of supported layers.

Returns: The vector of vk::LayerProperties for the supported layers

◆ verbose()

bool cs237::Application::verbose ( ) const

inline

is the program in verbose mode?

Friends And Related Symbol Documentation

◆ __detail::TextureBase

friend class __detail::TextureBase

friend

◆ Buffer

friend class Buffer

friend

◆ DepthBuffer

friend class DepthBuffer

friend

◆ MemoryObj

friend class MemoryObj

friend

◆ Texture1D

friend class Texture1D

friend

◆ Texture2D

friend class Texture2D

friend

◆ Window

friend class Window

friend

Member Data Documentation

◆ _cmdPool

vk::CommandPool cs237::Application::_cmdPool

protected

pool for allocating command buffers

◆ _debug

bool cs237::Application::_debug

protected

set when validation layers should be enabled

◆ _debugMessenger

VkDebugUtilsMessengerEXT cs237::Application::_debugMessenger

protected

◆ _device

vk::Device cs237::Application::_device

protected

the logical device that we are using to render

◆ _featuresCache

vk::PhysicalDeviceFeatures* cs237::Application::_featuresCache

mutableprotected

a cache of the physical device properties

◆ _gpu

vk::PhysicalDevice cs237::Application::_gpu

protected

the graphics card (aka device) that we are using

◆ _instance

vk::Instance cs237::Application::_instance

protected

the Vulkan instance used by the application

◆ _messages

vk::DebugUtilsMessageSeverityFlagsEXT cs237::Application::_messages

protected

set to the message severity level

◆ _name

std::string cs237::Application::_name

protected

the application name

◆ _propsCache

vk::PhysicalDeviceProperties* cs237::Application::_propsCache

mutableprotected

◆ _qIdxs

Queues<uint32_t> cs237::Application::_qIdxs

protected

the queue family indices

◆ _queues

Queues<vk::Queue> cs237::Application::_queues

protected

the device queues that we are using

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

/Users/jhr/Classes/23700/f2023/solutions/cs237-library/include/cs237-application.hpp

Classes

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

◆ Application()

◆ ~Application()

Member Function Documentation

◆ _allocBufferMemory()

◆ _allocImageMemory()

◆ _cleanupDebug()

◆ _copyBuffer()

◆ _copyBufferToImage()

◆ _createBuffer()

◆ _createImage() [1/2]

◆ _createImage() [2/2]

◆ _createImageView()

◆ _createInstance()

◆ _createLogicalDevice()

◆ _depthStencilBufferFormat()

◆ _findBestFormat()

◆ _findMemory()

◆ _getPhysicalDeviceFeatures()

◆ _getPhysicalDeviceProperties()

◆ _getQIndices()

◆ _initCommandPool()

◆ _initDebug()

◆ _selectDevice()

◆ _transitionImageLayout()

◆ beginCommands()

◆ createDepthSampler()

◆ createPipeline() [1/2]

◆ createPipeline() [2/2]

◆ createPipelineLayout() [1/2]

◆ createPipelineLayout() [2/2]

◆ createSampler()

◆ debug()

◆ device()

◆ endCommands()

◆ features()

◆ formatProps()

◆ freeCommandBuf()

◆ limits()

◆ name()

◆ newCommandBuf()

◆ props()

◆ run()

◆ submitCommands()

◆ supportedDeviceExtensions()

◆ supportedExtensions()

◆ supportedLayers()

◆ verbose()

Friends And Related Symbol Documentation

◆ __detail::TextureBase

◆ Buffer

◆ DepthBuffer

◆ MemoryObj

◆ Texture1D

◆ Texture2D

◆ Window

Member Data Documentation

◆ _cmdPool

◆ _debug

◆ _debugMessenger

◆ _device

◆ _featuresCache

◆ _gpu

◆ _instance

◆ _messages

◆ _name

◆ _propsCache

◆ _qIdxs

◆ _queues