logical device implementation wrapper around the VkDevice More...

#include <vk_driver.hpp>

Public Member Functions
	vk_driver (const vk_physical_driver &p_physical)
	construct a new logical device

VkQueue	graphics_queue () const
	returns the specified graphics queue from this logical device

uint32_t	select_memory_type (uint32_t p_type_filter, VkMemoryPropertyFlags p_property_flag)

void	destroy ()

VkFormat	depth_format () const
	gives you the depth format from the logical device

	operator VkDevice () const
	allows to treat vk_driver as a VkDevice handle

	operator VkDevice ()
	allows to treat vk_driver as a VkDevice handle

Detailed Description

logical device implementation wrapper around the VkDevice

This class was a wrapper around VKDevice, that provided you with other API's to do with that particular logical device.

Logical devices are representation of virtual software ways to interact with the GPU through Vulkan specifications

TODO: Out-of-date. Using vulkan-cpp ::vk::device class to provide API's that allow you to do more queries on specific attributes the logical device gives you.

Constructor & Destructor Documentation

◆ vk_driver()

atlas::vk::vk_driver::vk_driver ( const vk_physical_driver & p_physical )

construct a new logical device

Parameters

p_physical is the physical device required for the creation of the logical device

Member Function Documentation

◆ depth_format()

VkFormat atlas::vk::vk_driver::depth_format ( ) const

gives you the depth format from the logical device

Returns: VkFormat

◆ operator VkDevice() [1/2]

atlas::vk::vk_driver::operator VkDevice ( )

inline

allows to treat vk_driver as a VkDevice handle

For vulkan API's that accept only taking in VKDevice, this simplifies the need to not have a getter API

◆ operator VkDevice() [2/2]

atlas::vk::vk_driver::operator VkDevice ( ) const