Diligent::Polygon3DTriangulator< IndexType, ComponentType > Class Template Reference

3D polygon triangulator. More...

#include <AdvancedMath.hpp>

Inheritance diagram for Diligent::Polygon3DTriangulator< IndexType, ComponentType >:

Public Member Functions
const std::vector< IndexType > &	Triangulate (const std::vector< Vector3< ComponentType > > &Polygon)
	Triangulates a simple polygon in 3D.
Public Member Functions inherited from Diligent::Polygon2DTriangulator< std::enable_if< std::is_floating_point< ComponentType >::value, IndexType >::type >
const std::vector< IndexType > &	Triangulate (const std::vector< Vector2< ComponentType > > &Polygon)
	Triangulates a simple polygon using the ear-clipping algorithm.

Detailed Description

template<typename IndexType, typename ComponentType>
class Diligent::Polygon3DTriangulator< IndexType, ComponentType >

3D polygon triangulator.

The class extends the Polygon2DTriangulator class to handle simple 3D polygons. It first projects the polygon onto a plane and then triangulates the resulting 2D polygon.

Template Parameters

IndexType	- Index type (e.g. Uint32 or Uint16).
ComponentType	- Vertex component type, must be a floating point type (e.g. float or double).

Member Function Documentation

Triangulate()

template<typename IndexType, typename ComponentType>

const std::vector< IndexType > & Diligent::Polygon3DTriangulator< IndexType, ComponentType >::Triangulate ( const std::vector< Vector3< ComponentType > > & Polygon )

inline

Triangulates a simple polygon in 3D.

The function first projects the polygon onto a plane and then triangulates the resulting 2D polygon.

If vertices are not coplanar, the result is undefined.