#include <renderablemesh.h>

Public Member Functions
	RenderableMesh ()=default

	RenderableMesh (const RenderableMesh &rhs)

RenderableMesh &	operator= (const RenderableMesh &rhs)

	RenderableMesh (RenderableMesh &&other)

RenderableMesh &	operator= (RenderableMesh &&other)

bool	operator== (const RenderableMesh &rhs) const

bool	operator!= (const RenderableMesh &rhs) const

bool	isValid () const

IMesh &	getMesh ()

const IMesh &	getMesh () const

MaterialInstance &	getMaterialInstance ()

const MaterialInstance &	getMaterialInstance () const

const std::vector< VkBuffer > &	getVertexBuffers ()

const std::vector< VkDeviceSize > &	getVertexBufferOffsets () const

int	getVertexBufferBindingIndex (const std::string &meshVertexAttributeID) const

Protected Member Functions
	RenderableMesh (IMesh &mesh, MaterialInstance &materialInstance)

Description

Represents the coupling between a mesh and a material that can be rendered to screen. Call RenderService.createRenderableMesh() from your own renderable component to create a renderable mesh on initialization. Renderable meshes are hashable, equality is based on the contained mesh and material.

Constructor & Destructor Documentation

◆ RenderableMesh() [1/4]

RenderableMesh ( )

default

Default constructor, by default this represents an invalid mesh / material combination. Can be used to declare a member of this type that is invalid on initialization.

◆ RenderableMesh() [2/4]

RenderableMesh ( const RenderableMesh & rhs )

◆ RenderableMesh() [3/4]

RenderableMesh ( RenderableMesh && other )

◆ RenderableMesh() [4/4]

RenderableMesh	(	IMesh &	mesh,
		MaterialInstance &	materialInstance
	)

protected

Constructor

Parameters

mesh	the mesh that is rendered
materialInstance	the material the mesh is rendered with

Member Function Documentation

◆ getMaterialInstance() [1/2]

MaterialInstance& getMaterialInstance ( )

Returns: The material instance object used to create this object.

◆ getMaterialInstance() [2/2]

const MaterialInstance& getMaterialInstance ( ) const

Returns: The material instance object used to create this object.

◆ getMesh() [1/2]

IMesh& getMesh ( )

Returns: The mesh object used to create this object.

◆ getMesh() [2/2]

const IMesh& getMesh ( ) const

Returns: The mesh object used to create this object.

◆ getVertexBufferBindingIndex()

int getVertexBufferBindingIndex ( const std::string & meshVertexAttributeID ) const

Returns the vertex buffer binding index of the given mesh attribute, asserts and returs -1 if not found.

Parameters

meshVertexAttributeID the vertex attribute buffer name

Returns: the vertex buffer binding index of the given mesh attribute

◆ getVertexBufferOffsets()

const std::vector<VkDeviceSize>& getVertexBufferOffsets ( ) const

Returns: A list of the Vulkan vertex buffer offsets

◆ getVertexBuffers()

const std::vector<VkBuffer>& getVertexBuffers ( )

Returns: A list of the Vulkan vertex buffers, updates the internal buffer cache.

◆ isValid()

bool isValid ( ) const

Returns: whether the material and mesh form a valid combination. The combination is valid when the vertex attributes of a mesh match the vertex attributes of a shader.

◆ operator!=()

bool operator!= ( const RenderableMesh & rhs ) const

◆ operator=() [1/2]

RenderableMesh& operator= ( const RenderableMesh & rhs )

◆ operator=() [2/2]

RenderableMesh& operator= ( RenderableMesh && other )

◆ operator==()

bool operator== ( const RenderableMesh & rhs ) const

Public Member Functions

Protected Member Functions