ege::resource::Mesh Class Reference

Inheritance diagram for ege::resource::Mesh:

Public Types
enum	normalMode { normalModeNone, normalModeFace, normalModeVertex }

Public Member Functions
	DECLARE_RESOURCE_NAMED_FACTORY (Mesh)
virtual void	draw (mat4 &_positionMatrix, bool _enableDepthTest=true, bool _enableDepthUpdate=true)
virtual void	draw (mat4 &_positionMatrix, const etk::Color< float > &_mainColor, bool _enableDepthTest=true, bool _enableDepthUpdate=true)
void	generateVBO ()
void	createViewBox (const std::string &_materialName, float _size=1.0)
void	createIcoSphere (const std::string &_materialName, float _size=1.0, int32_t _subdivision=3)
void	addMaterial (const std::string &_name, ememory::SharedPtr< ege::Material > _data)
void	setCheckNormal (bool _status)
bool	getCheckNormal ()
const std::vector< ememory::SharedPtr< ege::PhysicsShape > > &	getPhysicalProperties () const
void	addPhysicElement (const ememory::SharedPtr< ege::PhysicsShape > &_shape)
void	setShape (void *_shape)
void *	getShape ()
void	setFreeShapeFunction (void(*_functionFreeShape)(void *_pointer))
void	addFaceIndexing (const std::string &_layerName)
void	addPoint (const std::string &_layerName, const vec3 &_pos, const etk::Color< float > &_color)
void	addLine (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const etk::Color< float > &_color)
void	addLine (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const etk::Color< float > &_color1, const etk::Color< float > &_color2)
void	addLines (const std::string &_layerName, const std::vector< vec3 > &_list, const etk::Color< float > &_color)
void	addLines (const std::string &_layerName, const std::vector< vec3 > &_list, const std::vector< etk::Color< float >> &_color)
void	addTriangle (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const etk::Color< float > &_color)
void	addTriangle (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const etk::Color< float > &_color1, const etk::Color< float > &_color2, const etk::Color< float > &_color3)
void	addQuad (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const vec3 &_pos4, const etk::Color< float > &_color)
void	addQuad (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const vec3 &_pos4, const etk::Color< float > &_color1, const etk::Color< float > &_color2, const etk::Color< float > &_color3, const etk::Color< float > &_color4)
void	addTriangle (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const vec2 &_uv1, const vec2 &_uv2, const vec2 &_uv3, const etk::Color< float > &_color)
void	addTriangle (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const vec2 &_uv1, const vec2 &_uv2, const vec2 &_uv3, const etk::Color< float > &_color1=etk::color::white, const etk::Color< float > &_color2=etk::color::white, const etk::Color< float > &_color3=etk::color::white)
void	addQuad (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const vec3 &_pos4, const vec2 &_uv1, const vec2 &_uv2, const vec2 &_uv3, const vec2 &_uv4, const etk::Color< float > &_color)
void	addQuad (const std::string &_layerName, const vec3 &_pos1, const vec3 &_pos2, const vec3 &_pos3, const vec3 &_pos4, const vec2 &_uv1, const vec2 &_uv2, const vec2 &_uv3, const vec2 &_uv4, const etk::Color< float > &_color1=etk::color::white, const etk::Color< float > &_color2=etk::color::white, const etk::Color< float > &_color3=etk::color::white, const etk::Color< float > &_color4=etk::color::white)

Static Public Member Functions
static ememory::SharedPtr< ege::resource::Mesh >	createGrid (int32_t _lineCount, const vec3 &_position=vec3(0, 0, 0), float _size=1.0f, const std::string &_materialName="basics")
static ememory::SharedPtr< ege::resource::Mesh >	createCube (float _size=1.0f, const std::string &_materialName="basics", const etk::Color< float > &_color=etk::color::white)

Protected Member Functions
void	clean ()
void	init (const std::string &_fileName="---", const std::string &_shaderName="DATA:textured3D2.prog")
int32_t	findPositionInList (const vec3 &_pos)
int32_t	findTextureInList (const vec2 &_uv)
int32_t	findColorInList (const etk::Color< float > &_color)

Protected Attributes
enum normalMode	m_normalMode
bool	m_checkNormal
ememory::SharedPtr< gale::resource::Program >	m_GLprogram
int32_t	m_GLPosition
int32_t	m_GLMatrix
int32_t	m_GLMatrixPosition
int32_t	m_GLNormal
int32_t	m_GLtexture
int32_t	m_GLColor
int32_t	m_bufferOfset
int32_t	m_numberOfElments
MaterialGlId	m_GLMaterial
ege::Light	m_light
std::vector< vec3 >	m_listVertex
std::vector< vec2 >	m_listUV
std::vector< etk::Color< float > >	m_listColor
std::vector< vec3 >	m_listFacesNormal
std::vector< vec3 >	m_listVertexNormal
etk::Hash< FaceIndexing >	m_listFaces
etk::Hash< ememory::SharedPtr< ege::Material > >	m_materials
std::vector< ememory::SharedPtr< ege::PhysicsShape > >	m_physics
ememory::SharedPtr< gale::resource::VirtualBufferObject >	m_verticesVBO

Member Enumeration Documentation

normalMode

enum ege::resource::Mesh::normalMode

Member Function Documentation

addFaceIndexing()

void ege::resource::Mesh::addFaceIndexing

(

const std::string &

_layerName

)

Add in the faces list the layer requested.

Parameters

[in]

_layerName

face index to add

addQuad() [1/4]

void ege::resource::Mesh::addQuad ( const std::string &  _layerName, const vec3 &  _pos1, const vec3 &  _pos2, const vec3 &  _pos3, const vec3 &  _pos4, const etk::Color< float > &  _color  )

inline

draw a colored quad (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_pos4	faurth point position
[in]	_color	color of all elements

addQuad() [2/4]

void ege::resource::Mesh::addQuad ( const std::string &  _layerName, const vec3 &  _pos1, const vec3 &  _pos2, const vec3 &  _pos3, const vec3 &  _pos4, const etk::Color< float > &  _color1, const etk::Color< float > &  _color2, const etk::Color< float > &  _color3, const etk::Color< float > &  _color4  )

inline

draw a colored quad (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_pos4	faurth point position
[in]	_color1	color of the _pos1 element
[in]	_color2	color of the _pos2 element
[in]	_color3	color of the _pos3 element
[in]	_color4	color of the _pos4 element

addQuad() [3/4]

void ege::resource::Mesh::addQuad ( const std::string &  _layerName, const vec3 &  _pos1, const vec3 &  _pos2, const vec3 &  _pos3, const vec3 &  _pos4, const vec2 &  _uv1, const vec2 &  _uv2, const vec2 &  _uv3, const vec2 &  _uv4, const etk::Color< float > &  _color  )

inline

draw a textured colored quad (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_pos4	faurth point position
[in]	_color	color of all elements
[in]	_uv1	texture position of the _pos1 element
[in]	_uv2	texture position of the _pos2 element
[in]	_uv3	texture position of the _pos3 element
[in]	_uv4	texture position of the _pos4 element

addQuad() [4/4]

void ege::resource::Mesh::addQuad ( const std::string &  _layerName, const vec3 &  _pos1, const vec3 &  _pos2, const vec3 &  _pos3, const vec3 &  _pos4, const vec2 &  _uv1, const vec2 &  _uv2, const vec2 &  _uv3, const vec2 &  _uv4, const etk::Color< float > &  _color1 = etk::color::white, const etk::Color< float > &  _color2 = etk::color::white, const etk::Color< float > &  _color3 = etk::color::white, const etk::Color< float > &  _color4 = etk::color::white  )

inline

draw a textured quad (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_pos4	faurth point position
[in]	_uv1	texture position of the _pos1 element
[in]	_uv2	texture position of the _pos2 element
[in]	_uv3	texture position of the _pos3 element
[in]	_uv4	texture position of the _pos4 element
[in]	_color1	color of the _pos1 element
[in]	_color2	color of the _pos2 element
[in]	_color3	color of the _pos3 element
[in]	_color4	color of the _pos4 element

addTriangle() [1/4]

void ege::resource::Mesh::addTriangle ( const std::string &  _layerName, const vec3 &  _pos1, const vec3 &  _pos2, const vec3 &  _pos3, const etk::Color< float > &  _color  )

inline

draw a colored triangle (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_color1	color of the _pos1 element
[in]	_color2	color of the _pos2 element
[in]	_color3	color of the _pos3 element

addTriangle() [2/4]

void ege::resource::Mesh::addTriangle	(	const std::string &	_layerName,
		const vec3 &	_pos1,
		const vec3 &	_pos2,
		const vec3 &	_pos3,
		const etk::Color< float > &	_color1,
		const etk::Color< float > &	_color2,
		const etk::Color< float > &	_color3
	)

draw a colored triangle (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_color1	color of the _pos1 element
[in]	_color2	color of the _pos2 element
[in]	_color3	color of the _pos3 element

addTriangle() [3/4]

void ege::resource::Mesh::addTriangle ( const std::string &  _layerName, const vec3 &  _pos1, const vec3 &  _pos2, const vec3 &  _pos3, const vec2 &  _uv1, const vec2 &  _uv2, const vec2 &  _uv3, const etk::Color< float > &  _color  )

inline

draw a textured colored triangle (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_color	color of all elements
[in]	_uv1	texture position of the _pos1 element
[in]	_uv2	texture position of the _pos2 element
[in]	_uv3	texture position of the _pos3 element

addTriangle() [4/4]

void ege::resource::Mesh::addTriangle	(	const std::string &	_layerName,
		const vec3 &	_pos1,
		const vec3 &	_pos2,
		const vec3 &	_pos3,
		const vec2 &	_uv1,
		const vec2 &	_uv2,
		const vec2 &	_uv3,
		const etk::Color< float > &	_color1 = etk::color::white,
		const etk::Color< float > &	_color2 = etk::color::white,
		const etk::Color< float > &	_color3 = etk::color::white
	)

draw a textured colored triangle (usefull for debug and test)

Parameters

[in]	_layerName	Material and face indexing layer name
[in]	_pos1	First point position
[in]	_pos2	Second point position
[in]	_pos3	Third point position
[in]	_color1	color of the _pos1 element
[in]	_color2	color of the _pos2 element
[in]	_color3	color of the _pos3 element
[in]	_uv1	texture position of the _pos1 element
[in]	_uv2	texture position of the _pos2 element
[in]	_uv3	texture position of the _pos3 element

getCheckNormal()

bool ege::resource::Mesh::getCheckNormal ( )

inline

get the check value of normal position befor sending it to the openGl card

Returns

get the chcking stus of normal or not

getShape()

void* ege::resource::Mesh::getShape ( )

inline

get the pointer on the shame (no type)

Returns

Pointer on shape.

setCheckNormal()

void ege::resource::Mesh::setCheckNormal ( bool  _status )

inline

set the check of normal position befor sending it to the openGl card

Parameters

[in]

_status

New state.

setShape()

void ege::resource::Mesh::setShape

(

void *

_shape

)

set the shape pointer (no type == > user might know it ...)

Parameters

[in]

_shape

The new shape (this remove the previous one)

Member Data Documentation

m_checkNormal

bool ege::resource::Mesh::m_checkNormal

protected

when enable, this check the normal of the mesh before sending it at the 3d card

m_listColor

std::vector<etk::Color<float> > ege::resource::Mesh::m_listColor

protected

List of all Color point in the mesh.

m_listFaces

etk::Hash<FaceIndexing> ege::resource::Mesh::m_listFaces

protected

List of all Face for the mesh.

m_listFacesNormal

std::vector<vec3> ege::resource::Mesh::m_listFacesNormal

protected

List of all Face normal, when calculated.

m_listUV

std::vector<vec2> ege::resource::Mesh::m_listUV

protected

List of all UV point in the mesh (for the specify texture)

m_listVertex

std::vector<vec3> ege::resource::Mesh::m_listVertex

protected

List of all vertex in the element.

m_listVertexNormal

std::vector<vec3> ege::resource::Mesh::m_listVertexNormal

protected

List of all Face normal, when calculated.

m_physics

std::vector<ememory::SharedPtr<ege::PhysicsShape> > ege::resource::Mesh::m_physics

protected

collision shape module ... (independent of bullet lib)

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

• framework/atria-soft/ege/ege/resource/Mesh.hpp