mesh class specifically defined with vulkan implementations for specific primitives TODO: Whenever we load in a texture that will be laucnhed asyncronously More...

#include <mesh.hpp>

Public Member Functions
	mesh (std::span<::vk::vertex_input > p_vertices, std::span< uint32_t > p_indices)

	mesh (const std::filesystem::path &p_filename, bool p_flip=false)

void	reload_mesh (const std::filesystem::path &p_path)
	Reload mesh vertices and indices when requested.

void	draw (const VkCommandBuffer &p_command_buffer)

void	destroy ()

void	add_diffuse (const std::filesystem::path &p_path)
	Loading single texture with specified std::filesystem::path.

void	add_specular (const std::filesystem::path &p_path)

::vk::sample_image	diffuse () const

::vk::sample_image	specular () const

bool	loaded () const

bool	diffuse_loaded () const

bool	specular_loaded () const

void	set_flip (bool p_flip)

Detailed Description

mesh class specifically defined with vulkan implementations for specific primitives TODO: Whenever we load in a texture that will be laucnhed asyncronously

mesh class will contain metadata needed by vulkan specifications Ways to communicate through vulkan by only supplying information needed to update this mesh

Represents a renderable object – supporting various material types, etc TODO - For now we have a map<name: string, material_source>, this should be expanded to a proper material system for blending various materials

Member Function Documentation

◆ loaded()

bool atlas::vk::mesh::loaded ( ) const

inline

Returns: true if mesh geometry model loaded succesfully

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

TheAtlasEngine/atlas/drivers/vulkan-cpp/mesh.hpp

Public Member Functions

Detailed Description

Member Function Documentation

◆ loaded()