Aire::Mesh Class Reference

A class for a 3D indexed triangular mesh. More...

#include <mesh.h>

Inheritance diagram for Aire::Mesh:

Collaboration diagram for Aire::Mesh:

Public Member Functions
	Mesh (std::vector< Vertex > vertices, std::vector< unsigned int > indices, MaterialPtr &handle)
	Mesh (std::vector< Vertex > vertices, std::vector< unsigned int > indices, MaterialPtr &handle, MeshHandle &meshHandle)
void	render (ShaderProgram &shader)
unsigned int *	getVBO ()
unsigned int *	getEB0 ()
std::vector< Vertex >	getVertice ()
std::vector< unsigned int >	getIndices ()
MaterialPtr	getMaterial ()
uint32_t	getSize ()
MeshHandle	getMeshHandle ()
void	translate (glm::mat4 &modelMatrix, glm::vec3 direction)
void	scale (glm::mat4 &modelMatrix, float val)
void	rotate (glm::mat4 &modelMatrix, float degree, glm::vec3 direction)
Public Member Functions inherited from Aire::Resource
	Resource ()
	Default constructor.
virtual	~Resource ()
	Default destructor.
bool	isLoadToGpu ()
ResourceState	getState ()
void	setState (ResourceState state)

Public Attributes
std::vector< Vertex >	vertices
	Mesh vertices.
std::vector< unsigned int >	indices
	Mesh indices.
unsigned int	VAO

Additional Inherited Members
Protected Attributes inherited from Aire::Resource
ResourceState	resourceState

Detailed Description

A class for a 3D indexed triangular mesh.

Constructor & Destructor Documentation

Mesh() [1/2]

Aire::Mesh::Mesh ( std::vector< Vertex > vertices, std::vector< unsigned int > indices, MaterialPtr & handle )

inline

Create a new mesh, given its geometric data

Parameters

vertices	The list of mesh vertices
indices	The list of mesh indices. All faces are triangles, so every three consecutive indices define a face.
handle	Material to assign to the mesh

Mesh() [2/2]

Aire::Mesh::Mesh ( std::vector< Vertex > vertices, std::vector< unsigned int > indices, MaterialPtr & handle, MeshHandle & meshHandle )

inline

Create a new mesh with a pre-defined handle

Parameters

vertices	The list of mesh vertices
indices	The list of mesh indices. All faces are triangles, so every three consecutive indices define a face.
handle	Material to assign to the mesh
meshHandle	Pre-defined handle for the mesh

Member Function Documentation

getEB0()

unsigned int * Aire::Mesh::getEB0

(

)

Returns

The mesh Element Buffer Object

getIndices()

std::vector< unsigned int > Mesh::getIndices

(

)

Returns

The list of indices

getMaterial()

MaterialPtr Aire::Mesh::getMaterial

(

)

Returns

The mesh material

getMeshHandle()

MeshHandle Aire::Mesh::getMeshHandle

(

)

Returns

A handle to the mesh

getSize()

uint32_t Aire::Mesh::getSize ( )

virtual

Returns

The mesh size in memory (in Bytes)

Implements Aire::Resource.

getVBO()

unsigned int * Aire::Mesh::getVBO

(

)

Returns

The mesh Vertex Buffer Object

getVertice()

std::vector< Vertex > Aire::Mesh::getVertice

(

)

Returns

The list of vertices

render()

void Aire::Mesh::render ( ShaderProgram & shader )

inline

Render the mesh

Parameters

shader

Shader program to use for rendering

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rotate()

void Aire::Mesh::rotate	(	glm::mat4 &	modelMatrix,
		float	degree,
		glm::vec3	direction )

Apply rotation on an existing model matrix

Parameters

modelMatrix	The model matrix
degree	The degrees of rotation to apply to the model matrix
direction	The rotation direction

scale()

void Aire::Mesh::scale	(	glm::mat4 &	modelMatrix,
		float	val )

Apply scale on an existing model matrix

Parameters

modelMatrix	The model matrix
val	The scale to apply to the model matrix

translate()

void Aire::Mesh::translate	(	glm::mat4 &	modelMatrix,
		glm::vec3	direction )

Apply translation on an existing model matrix

Parameters

modelMatrix	The model matrix
direction	The translation to apply to the model matrix

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

• source/res-management/mesh.h
• source/res-management/mesh.cpp