mesh.hpp File Reference

#include <Eigen/StdVector>
#include <array>
#include <optional>
#include <se/common/rgb.hpp>
#include <se/map/utils/setup_util.hpp>
#include <vector>
#include "impl/mesh_impl.hpp"

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Classes
struct	se::MeshFaceColourData< NumVertexes, ColB >
struct	se::MeshFaceColourData< NumVertexes, Colour::On >
struct	se::MeshFaceSemanticData< NumVertexes, SemB >
struct	se::MeshFace< NumVertexes, ColB, SemB >
struct	se::meshing::Vertex
class	se::meshing::VertexIndexMesh< NumFaceVertices >

Namespaces
namespace	se
	Helper wrapper to allocate and de-allocate octants in the octree.
namespace	se::meshing

Typedefs
template<typename FaceT >
using	se::Mesh = std::vector< FaceT >
	Meshes are represented as lists of faces.
template<Colour ColB = Colour::Off, Semantics SemB = Semantics::Off>
using	se::Triangle = MeshFace< 3, ColB, SemB >
template<Colour ColB = Colour::Off, Semantics SemB = Semantics::Off>
using	se::TriangleMesh = Mesh< Triangle< ColB, SemB > >
template<Colour ColB = Colour::Off, Semantics SemB = Semantics::Off>
using	se::Quad = MeshFace< 4, ColB, SemB >
template<Colour ColB = Colour::Off, Semantics SemB = Semantics::Off>
using	se::QuadMesh = Mesh< Quad< ColB, SemB > >

Functions
template<Colour ColB, Semantics SemB>
TriangleMesh< ColB, SemB >	se::quad_to_triangle_mesh (const QuadMesh< ColB, SemB > &quad_mesh)
	Return a triangle mesh containig two triangles for each face of quad_mesh.