Inheritance diagram for MeshManager:

Public Member Functions
	MeshManager (size_t capacity, size_t vertexCapacity, size_t indexCapacity, size_t surfaceCapacity)

Mesh &	create (const std::vector< Vertex > &vertices, const std::vector< uint32 > &indices, const std::vector< MeshSurface > &surfaces, const std::string &name="")

Mesh &	create (const std::string &name="")

Mesh &	createQuad (float width, float height, unique_id material, MeshAlignment alignment=MeshAlignment::CENTER, float xOffset=0.f, float yOffset=0.f, const std::string &name="quad")

Mesh &	createTriangle (float width, float height, unique_id material, MeshAlignment alignment=MeshAlignment::CENTER, float xOffset=0.f, float yOffset=0.f, const std::string &name="triangle")

void	upload (unique_id id)

bool	isUploaded (const unique_id id)

void	flush ()

auto	getMeshBuffer () const

auto	getMeshSurfaceBuffer () const

auto	getVertexBuffer () const

auto	getIndexBuffer () const

bool	destroy (unique_id id) override

bool	destroy (const Mesh &m) override

Public Member Functions inherited from ResourcesManager< Mesh >
	ResourcesManager (ResourcesManager &) = delete

Mesh &	create (Args &&...args)

void	destroy (const std::vector< unique_id > &ids)

void	forEach (Func &&func)

void	forEach (Func &&func) const

unique_id	getCapacity () const

bool	have (const unique_id id) const

ResourcesManager &	operator= (ResourcesManager &) = delete

Mesh &	operator[] (const unique_id id)

const Mesh &	operator[] (const unique_id id) const

void	use (const unique_id id)

virtual	~ResourcesManager ()

Additional Inherited Members
Protected Member Functions inherited from ResourcesManager< Mesh >
	ResourcesManager (const size_t capacity, const std::string &name)

Mesh &	allocate (std::unique_ptr< Mesh > instance)

bool	isFull () const

Protected Attributes inherited from ResourcesManager< Mesh >
std::vector< std::unique_ptr< Mesh > >	resources

std::mutex	resourcesMutex

Constructor & Destructor Documentation

Construct a new manager

Parameters

Member Function Documentation

Mesh& create ( const std::string & name = "" )

Mesh& create	(	const std::vector< Vertex > &	vertices,
		const std::vector< uint32 > &	indices,
		const std::vector< MeshSurface > &	surfaces,
		const std::string &	name = `""`
	)

Mesh& createQuad	(	float	width,
		float	height,
		unique_id	material,
		MeshAlignment	alignment = `MeshAlignment::CENTER`,
		float	xOffset = `0.f`,
		float	yOffset = `0.f`,
		const std::string &	name = `"quad"`
	)

Creates a QuadMesh (flat quad in the XY plane).

Parameters

width	Width along the X axis (world units)
height	Height along the Y axis (world units)
material	Material applied to the quad surface
alignment	CENTER: origin at horizontal center; LEFT: origin at left edge
xOffset	Horizontal offset applied to all vertices (shifts the quad left/right from origin)
yOffset	Vertical offset applied to all vertices (shifts the quad up/down from origin)
name	Resource name

Mesh& createTriangle	(	float	width,
		float	height,
		unique_id	material,
		MeshAlignment	alignment = `MeshAlignment::CENTER`,
		float	xOffset = `0.f`,
		float	yOffset = `0.f`,
		const std::string &	name = `"triangle"`
	)

Creates a TriangleMesh (flat triangle in the XY plane).

Parameters

width	Width of the base along the X axis (world units)
height	Height along the Y axis (world units)
material	Material applied to the triangle surface
alignment	CENTER: apex at horizontal center; LEFT: left base edge at origin
xOffset	Horizontal offset applied to all vertices
yOffset	Vertical offset applied to all vertices
name	Resource name

bool destroy ( const Mesh & res )

inlineoverridevirtual

Releases a resource by reference, decrementing its reference counter.

Parameters

res	Resource to destroy.

Returns: true if the resource was actually freed, false if references remain.

bool destroy ( unique_id id )

overridevirtual

Releases a resource by ID, decrementing its reference counter. The slot is returned to the free list only when the counter reaches zero.

Parameters

id	Unique identifier of the resource to destroy.

Returns: true if the resource was actually freed, false if references remain.

void flush ( )

auto getIndexBuffer ( ) const

inline

auto getMeshBuffer ( ) const

inline

auto getMeshSurfaceBuffer ( ) const

inline

auto getVertexBuffer ( ) const

inline

bool isUploaded ( const unique_id id )

inline

void upload ( unique_id id )