Represents 3D geometry with OpenGL buffers. More...

#include <mesh.hpp>

Public Member Functions
void	setupBuffers ()
	Initialize OpenGL buffers and vertex attributes.

Data Fields
uint32_t	vao = 0
uint32_t	vbo = 0
uint32_t	ebo = 0
uint32_t	vertexCount = 0
GLenum	drawMode = GL_TRIANGLES
bool	useElements = false
bool	useNormals = true
std::vector< float >	vertices
std::vector< uint32_t >	indices

Detailed Description

Represents 3D geometry with OpenGL buffers.

Note: Handles both vertex array and buffer object management

Warning: Call setupBuffers() before rendering to initialize OpenGL state

Member Function Documentation

◆ setupBuffers()

void solarsim::Mesh::setupBuffers ( )

inline

Initialize OpenGL buffers and vertex attributes.

Note: Creates VAO, VBO, and optionally EBO

Warning: Must be called with active OpenGL context

Field Documentation

◆ drawMode

GLenum solarsim::Mesh::drawMode = GL_TRIANGLES

OpenGL primitive type for the type of geometry to draw

◆ ebo

uint32_t solarsim::Mesh::ebo = 0

Element buffer object handle

◆ indices

std::vector<uint32_t> solarsim::Mesh::indices

Vertex indicdes for indexed rendering

◆ useElements

bool solarsim::Mesh::useElements = false

Whether to use index buffer

◆ useNormals

bool solarsim::Mesh::useNormals = true

Whether vertices include normals

◆ vao

uint32_t solarsim::Mesh::vao = 0

Vertex array object handle

◆ vbo

uint32_t solarsim::Mesh::vbo = 0

Vertex buffer object handle

◆ vertexCount

uint32_t solarsim::Mesh::vertexCount = 0

Number of vertices in the mesh

◆ vertices

std::vector<float> solarsim::Mesh::vertices

Raw vertex data

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

include/graphics/mesh.hpp

Public Member Functions

Data Fields