Definition of a triangle face with three vertex indices. More...

Public Member Functions
	TriangleFace ()
	Creates a new triangle face object with undefined indices. More...

	TriangleFace (const VertexIndex startIndex)
	Creates a new triangle face object with successive indices. More...

	TriangleFace (const VertexIndex first, const VertexIndex second, const VertexIndex third)
	Creates a new triangle face object with three given indices. More...

	TriangleFace (const VertexIndex *arrayValue)
	Creates a new triangle face object by an array of at least three indices. More...

VertexIndex	index (const unsigned int index) const
	Returns a specific vertex index specified by it's index inside the face. More...

VertexIndex &	index (const unsigned int index)
	Returns a specific vertex index specified by it's index inside the face. More...

VertexIndex	operator[] (const unsigned int index) const
	Returns a specific vertex index specified by it's index inside the face. More...

VertexIndex &	operator[] (const unsigned int index)
	Returns a specific vertex index specified by it's index inside the face. More...

const VertexIndex *	operator() () const
	Returns the pointer to the first element of the vertex indices. More...

VertexIndex *	operator() ()
	Returns the pointer to the first element of the vertex indices. More...

bool	operator== (const TriangleFace &triangleFace) const
	Returns whether two triangle face objects are identical. More...

bool	operator!= (const TriangleFace &triangleFace) const
	Returns whether two triangle face objects are not identical. More...

size_t	operator() (const Rendering::TriangleFace &triangleFace) const
	Hash function for a TriangleFace object. More...

Static Public Member Functions
static Vectors3	calculatePerFaceNormals (const TriangleFaces &faces, const Vertices &vertices, const bool counterClockWise=true)
	Calculates per-face normals for a given set of triangles. More...

static Vectors3	calculateSmoothedPerVertexNormals (const TriangleFaces &faces, const Vertices &vertices, const Vectors3 &perFaceNormals)
	Calculates smoothed per-vertex normals for a given set of triangles and per-face normals. More...

static bool	calculateSmoothedPerVertexNormals (const TriangleFaces &faces, const Vectors3 &vertices, Vectors3 &normals, const Scalar creaseAngle)
	Recalculates smoothed per-vertex normals for a given set of triangles with per vertex normals. More...

static Vectors3	calculateSmoothedPerVertexNormals (const TriangleFaces &faces, const Vectors3 &vertices)
	Calculates smoothed per-vertexnormals for a given set of triangles. More...

static TriangleFaces	indices2triangleFaces (const Index32 *indices, const size_t size)
	Convertes indices of triangles to triangle faces. More...

Protected Types
typedef std::map< Vertex, VertexIndices >	VertexMap
	Definition of a map mapping vertices to their corresponding face indices. More...

Protected Attributes
VertexIndex	indices_ [3]
	The three vertex indices. More...

Detailed Description

Definition of a triangle face with three vertex indices.

Member Typedef Documentation

◆ VertexMap

typedef std::map<Vertex, VertexIndices> Ocean::Rendering::TriangleFace::VertexMap

protected

Definition of a map mapping vertices to their corresponding face indices.

Constructor & Destructor Documentation

◆ TriangleFace() [1/4]

Ocean::Rendering::TriangleFace::TriangleFace ( )

inline

Creates a new triangle face object with undefined indices.

◆ TriangleFace() [2/4]

Ocean::Rendering::TriangleFace::TriangleFace ( const VertexIndex startIndex )

inlineexplicit

Creates a new triangle face object with successive indices.

The first index is given, the following indices will be set to successive values.

Parameters

startIndex Index of the first vertex

◆ TriangleFace() [3/4]

Ocean::Rendering::TriangleFace::TriangleFace	(	const VertexIndex	first,
		const VertexIndex	second,
		const VertexIndex	third
	)

inline

Creates a new triangle face object with three given indices.

Parameters

first	First vertex index
second	Second vertex index
third	Third vertex index

◆ TriangleFace() [4/4]

Ocean::Rendering::TriangleFace::TriangleFace ( const VertexIndex * arrayValue )

inlineexplicit

Creates a new triangle face object by an array of at least three indices.

Parameters

arrayValue Array with at least three vertex indices

Member Function Documentation

◆ calculatePerFaceNormals()

static Vectors3 Ocean::Rendering::TriangleFace::calculatePerFaceNormals	(	const TriangleFaces &	faces,
		const Vertices &	vertices,
		const bool	counterClockWise = `true`
	)

static

Calculates per-face normals for a given set of triangles.

Parameters

faces	The triangle faces
vertices	The triangle vertices corresponding to the faces
counterClockWise	True, if the faces are provides so that a front face is determined in a counter clockwise order The resulting per-face normals, one for each faces

◆ calculateSmoothedPerVertexNormals() [1/3]

static Vectors3 Ocean::Rendering::TriangleFace::calculateSmoothedPerVertexNormals	(	const TriangleFaces &	faces,
		const Vectors3 &	vertices
	)

static

Calculates smoothed per-vertexnormals for a given set of triangles.

Parameters

faces	The triangle faces
vertices	The triangle vertices corresponding to the faces

Returns: The resulting smoothed per-vertex normals

◆ calculateSmoothedPerVertexNormals() [2/3]

static bool Ocean::Rendering::TriangleFace::calculateSmoothedPerVertexNormals	(	const TriangleFaces &	faces,
		const Vectors3 &	vertices,
		Vectors3 &	normals,
		const Scalar	creaseAngle
	)

static

Recalculates smoothed per-vertex normals for a given set of triangles with per vertex normals.

Parameters

faces	The triangle faces
vertices	The triangle vertices corresponding to the faces
normals	The per-vertex normals, which are not smoothed yet
creaseAngle	Crease angle defining the seperation between per face and per vertex normals in radian, with range [0, PI/2]

Returns: True, if succeeded

◆ calculateSmoothedPerVertexNormals() [3/3]

static Vectors3 Ocean::Rendering::TriangleFace::calculateSmoothedPerVertexNormals	(	const TriangleFaces &	faces,
		const Vertices &	vertices,
		const Vectors3 &	perFaceNormals
	)

static

Calculates smoothed per-vertex normals for a given set of triangles and per-face normals.

Parameters

faces	The triangle faces
vertices	The triangle vertices corresponding to the faces
perFaceNormals	The per-face normals The resulting per-vertex normals, one for each vertex

◆ index() [1/2]

VertexIndex & Ocean::Rendering::TriangleFace::index ( const unsigned int index )

inline

Returns a specific vertex index specified by it's index inside the face.

Beware: No range check will be done!

Parameters

index Index of the vertex index with range [0, 2]

Returns: Specified vertex index

◆ index() [2/2]

VertexIndex Ocean::Rendering::TriangleFace::index ( const unsigned int index ) const

inline

Returns a specific vertex index specified by it's index inside the face.

Beware: No range check will be done!

Parameters

index Index of the vertex index with range [0, 2]

Returns: Specified vertex index

◆ indices2triangleFaces()

TriangleFaces Ocean::Rendering::TriangleFace::indices2triangleFaces	(	const Index32 *	indices,
		const size_t	size
	)

inlinestatic

Convertes indices of triangles to triangle faces.

Parameters

indices	The indices of the triangle, must be valid
size	The number of indices, with range [3, infinity), must be a multiple of 3

Returns: The resulting triangle faces

◆ operator!=()

bool Ocean::Rendering::TriangleFace::operator!= ( const TriangleFace & triangleFace ) const

inline

Returns whether two triangle face objects are not identical.

Parameters

triangleFace The second object to compare

Returns: True, if so

◆ operator()() [1/3]

VertexIndex * Ocean::Rendering::TriangleFace::operator() ( )

inline

Returns the pointer to the first element of the vertex indices.

Returns: Array with vertex indices

◆ operator()() [2/3]

const VertexIndex * Ocean::Rendering::TriangleFace::operator() ( ) const

inline

Returns the pointer to the first element of the vertex indices.

Returns: Array with vertex indices

◆ operator()() [3/3]

size_t Ocean::Rendering::TriangleFace::operator() ( const Rendering::TriangleFace & triangleFace ) const

inline

Hash function for a TriangleFace object.

Parameters

triangleFace The triangle face for which the hash will be determined

Returns: The resulting hash value

◆ operator==()

bool Ocean::Rendering::TriangleFace::operator== ( const TriangleFace & triangleFace ) const

inline

Returns whether two triangle face objects are identical.

Parameters

triangleFace The second object to compare

Returns: True, if so

◆ operator[]() [1/2]

VertexIndex & Ocean::Rendering::TriangleFace::operator[] ( const unsigned int index )

inline

Returns a specific vertex index specified by it's index inside the face.

Beware: No range check will be done!

Parameters

index Index of the vertex index with range [0, 2]

Returns: Specified vertex index

◆ operator[]() [2/2]

VertexIndex Ocean::Rendering::TriangleFace::operator[] ( const unsigned int index ) const

inline

Returns a specific vertex index specified by it's index inside the face.

Beware: No range check will be done!

Parameters

index Index of the vertex index with range [0, 2]

Returns: Specified vertex index

Field Documentation

◆ indices_

VertexIndex Ocean::Rendering::TriangleFace::indices_[3]

protected

The three vertex indices.

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

TriangleFace.h

Public Member Functions

Static Public Member Functions

Protected Types

Protected Attributes

Detailed Description

Member Typedef Documentation

◆ VertexMap

Constructor & Destructor Documentation

◆ TriangleFace() [1/4]

◆ TriangleFace() [2/4]

◆ TriangleFace() [3/4]

◆ TriangleFace() [4/4]

Member Function Documentation

◆ calculatePerFaceNormals()

◆ calculateSmoothedPerVertexNormals() [1/3]

◆ calculateSmoothedPerVertexNormals() [2/3]

◆ calculateSmoothedPerVertexNormals() [3/3]

◆ index() [1/2]

◆ index() [2/2]

◆ indices2triangleFaces()

◆ operator!=()

◆ operator()() [1/3]

◆ operator()() [2/3]

◆ operator()() [3/3]

◆ operator==()

◆ operator[]() [1/2]

◆ operator[]() [2/2]

Field Documentation

◆ indices_