VertexGeometry Class Reference

Inheritance diagram for VertexGeometry:

List of all members.

Public Types
enum	ArrayType {   AT_POSITIONS = 0, AT_NORMALS = 1, AT_TEXCOORD = 2, AT_ANIMATION = 3,   AT_COLORS = 4, AT_TEXCOORD1 = 5, AT_TEXCOORD2 = 6, AT_TEXCOORD3 = 7,   AT_TEXCOORD4 = 8 }
Public Types inherited from Geometry
enum	GeometryType { GT_VertexGeometry, GT_ParticleGeometry }
enum	TextureType {   TT_Diffuse, TT_Ambient, TT_Bumpmap, TT_Normalmap,   TT_Emissive }
enum	RenderType { RT_TRIANGLE, RT_POINT }

Public Member Functions
	VertexGeometry (void)
	VertexGeometry (int vertsize, int trigSize)
	VertexGeometry (glm::vec4 *positionsArray, glm::vec3 *normalArray, glm::vec4 *colors, glm::vec2 *texCoord, glm::vec4 *texCoord1, glm::vec4 *texCoord2, int *indexArray, int vertsize, int trigSize)
	VertexGeometry (glm::vec4 *positionsArray, glm::vec3 *normalArray, glm::vec2 *texCoord, glm::vec4 *texCoord1, glm::vec4 *texCoord2, int *indexArray, int vertsize, int trigsize)
	VertexGeometry (glm::vec4 *positionsArray, glm::vec3 *normalArray, glm::vec2 *texCoord, glm::vec4 *colors, int *indexArray, int vertsize, int trigsize)
	VertexGeometry (glm::vec4 *positionsArray, glm::vec3 *normalArray, glm::vec2 *texCoord, glm::vec4 *bones_weights, glm::vec4 *bones_indices, glm::mat4 *bones_matrizen, int *indexArray, int vertsize, int trigsize, int bonesize)
	VertexGeometry (glm::vec4 *positionsArray, glm::vec3 *normalArray, glm::vec2 *texCoord, glm::vec4 **animation, int *indexArray, int vertsize, int trigsize, int animationsize)
	~VertexGeometry (void)
const bool	operator< (VertexGeometry i) const
const bool	operator< (VertexGeometry *i) const
void	Update (float *positionsArray)
void	BuildVBO ()
void	Update (float time, float duration)
Public Member Functions inherited from Geometry
	Geometry (void)
	Geometry (unsigned int type)
virtual	~Geometry (void)
void	SetShader (unsigned int id, MyShader *shader)
MyShader *	GetShader (unsigned int id)
void	CreateDictShaderToVBO (unsigned int id, std::map< std::string, int > dict)
void	SetDictShaderToVBO (unsigned int id, std::map< int, int > dict)
void	CreateDictShaderUniforms (unsigned int id, std::map< std::string, int > dict)
void	SetDictShaderUniforms (unsigned int id, std::map< int, int > dict)
void	CreateDictShaderSpecificUniforms (unsigned int id)
std::map< int, int >	GetDictShaderToVBO (unsigned int id)
std::map< int, int >	GetDictShaderUniform (unsigned int id)

Public Attributes
glm::vec4 *	m_PositionArray
unsigned int *	m_IndexArray
glm::vec3 *	m_NormalArray
glm::vec4 *	m_ColorArray
glm::mat4 *	m_OffsetMatrix
std::map< unsigned int, glm::vec4 * >	m_TextureCoords
std::map< unsigned int, glm::vec4 * >	m_AnimationVertex
unsigned int	m_normal_count
unsigned int	m_color_count
unsigned int	m_vertex_count
unsigned int	m_index_count
unsigned int	m_animation_count
unsigned int	m_vbovert
unsigned int	m_vbonorm
unsigned int	m_vbocolor
std::map< unsigned int, unsigned int >	m_vbo_tex
std::map< unsigned int, unsigned int >	m_vbo_animation
unsigned int	m_vboind
unsigned int	m_vao_id
unsigned int	m_geometrytype
float	distToCam
bool	update_bones
Public Attributes inherited from Geometry
glm::mat4	World
glm::mat4	Local
float	start_time
std::map< unsigned int, Texture::TexturePtr >	m_TextureObjs
Material *	m_MatrialObjs
std::vector< std::map< int, int > >	m_dict_shader_vbo
std::vector< std::map< int, int > >	m_dict_shader_uniform
std::vector< std::vector < ShaderObj * > >	m_shader_uniforms
glm::mat4	m_modelMatrix
std::vector< glm::mat4 >	m_oldModelMatrix
unsigned int	m_type
bool	useNormals
bool	useTextures
bool	renderTo3DTexture
int	actDepth
unsigned int	m_bones_count
glm::mat4 *	bones
glm::mat4 *	oldBones
glm::mat4 *	act_bones
glm::mat4 *	bones_helper
unsigned int	m_rendertype
std::vector< MyShader * >	m_shader

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Constructor & Destructor Documentation

VertexGeometry::VertexGeometry

(

void

)

Standard constructor

VertexGeometry::VertexGeometry	(	int	vertsize,
		int	trigSize
	)

Create empty VertexGeometry. Data are later setted with cuda

Parameters:

vertsize	number of vertices
trigSize	number of triangles

VertexGeometry::VertexGeometry	(	glm::vec4 *	positionsArray,
		glm::vec3 *	normalArray,
		glm::vec4 *	colors,
		glm::vec2 *	texCoord,
		glm::vec4 *	texCoord1,
		glm::vec4 *	texCoord2,
		int *	indexArray,
		int	vertsize,
		int	trigSize
	)

Create empty VertexGeometry. Data are later setted with cuda

Parameters:

positionsArray	Positions array
normalArray	Normal array
colors	Color array
texCoord	Texcoord0 array
texCoord1	Texcoord1 array
texCoord2	Texcoord2 array
indexArray	Index array
vertsize	number of vertices
trigSize	number of triangles

VertexGeometry::VertexGeometry	(	glm::vec4 *	positionsArray,
		glm::vec3 *	normalArray,
		glm::vec2 *	texCoord,
		glm::vec4 *	texCoord1,
		glm::vec4 *	texCoord2,
		int *	indexArray,
		int	vertsize,
		int	trigsize
	)

Create empty VertexGeometry. Data are later setted with cuda

Parameters:

positionsArray	Positions array
normalArray	Normal array
texCoord	Texcoord0 array
texCoord1	Texcoord1 array
texCoord2	Texcoord2 array
indexArray	Index array
vertsize	number of vertices
trigSize	number of triangles

VertexGeometry::VertexGeometry	(	glm::vec4 *	positionsArray,
		glm::vec3 *	normalArray,
		glm::vec2 *	texCoord,
		glm::vec4 *	colors,
		int *	indexArray,
		int	vertsize,
		int	trigsize
	)

Create empty VertexGeometry. Data are later setted with cuda

Parameters:

positionsArray	Positions array
normalArray	Normal array
colors	Color array
indexArray	Index array
vertsize	number of vertices
trigSize	number of triangles

VertexGeometry::VertexGeometry	(	glm::vec4 *	positionsArray,
		glm::vec3 *	normalArray,
		glm::vec2 *	texCoord,
		glm::vec4 *	bones_weights,
		glm::vec4 *	bones_indices,
		glm::mat4 *	bones_matrizen,
		int *	indexArray,
		int	vertsize,
		int	trigsize,
		int	bonesize
	)

*Not used

VertexGeometry::VertexGeometry	(	glm::vec4 *	positionsArray,
		glm::vec3 *	normalArray,
		glm::vec2 *	texCoord,
		glm::vec4 **	animation,
		int *	indexArray,
		int	vertsize,
		int	trigsize,
		int	animationsize
	)

*Not used

VertexGeometry::~VertexGeometry

(

void

)

Standard deconstructor

---

Member Function Documentation

void VertexGeometry::BuildVBO

(

)

Build VBO

const bool VertexGeometry::operator<

(

VertexGeometry

i

)

const

Sort operator

const bool VertexGeometry::operator<

(

VertexGeometry *

i

)

const

Sort operator

void VertexGeometry::Update

(

float *

positionsArray

)

Update VBO

void VertexGeometry::Update	(	float	time,
		float	duration
	)

Update VertexGeometry

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

• VertexGeometry.h
• VertexGeometry.cpp